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Collection of LCD/LED 
Television Repair Tips 
V3.0 
 
 
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The reader is expressly warned to consider and adopt all safety precaution that 
might be indicated by the activities herein and to avoid all potential hazards. 
This E-Book is for INFORMATIONAL PURPOSES only and the author do not 
accept any responsibilities or liabilities resulting from the use of this 
information. While every attempt has been made to verify the information 
provided here, the author cannot assume any responsibility for any loss, injury, 
errors, inaccuracies, omissions or inconvenience sustained by anyone resulting 
from this information. Most of the repair tips and solution given should only be 
carried out by suitable qualified electronics engineers/technicians. Please be 
careful as all electrical equipment is potentially dangerous when dismantled. 
Any perceived slights of policy, specific people or organizations are 
unintentional. 
 
 
 
 
 
 
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SHAVIC
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SHAVIC
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Table of Contents 
 
How To Use This Guide ..................................................................................... 8 
LCD & LED TV Repair Tips ............................................................................. 9 
AMOI ......................................................................................................... 9 
CHANGHONG ......................................................................................... 9 
HISENSE ................................................................................................. 10 
KONKA ................................................................................................... 13 
LG ............................................................................................................. 14 
PHILIPS .................................................................................................. 17 
SAMSUNG .............................................................................................. 17 
SHARP ..................................................................................................... 22 
SKYWORTH .......................................................................................... 26 
SONY ....................................................................................................... 26 
How to Self Test Power Supply Board/IP Board without Connect 
Mainboard ........................................................................................................ 28 
LCD TV Power Supply (PSU) ............................................................... 30 
LCD TV IP Board ................................................................................... 31 
SAMSUNG UN46D6900 LED Testing LED Edges Lights Method ... 37 
LCD & LED Mainboard Secret Repair Tips ................................................ 39 
Mainboard Repair Tips .......................................................................... 41 
Another Method to Reset the EEPROM IC......................................... 43 
All About T-CON Board .................................................................................. 49 
Top 5 Voltages in LCD T-CON Board ................................................. 50 
What is T-CON Board ........................................................................... 52 
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How the T-CON Board Work? ............................................................. 52 
How to Know It Is T-CON Board Problem or Mainboard or LCD 
Panel Problems? ................................................................................................ 53 
T-CON Board Can Do Their Self Test Like PSU Self Test?......……55 
Various of T-CON Board DC-DC Converter Diagrams and Their 
Output Voltages ................................................................................................. 58 
Various of T-CON Board Good Voltage Testing Points ..................... 60 
Case Study for LCD T-CON Board ...................................................... 67 
 LCD TV T-CON Board Repair Tips .................................................... 73 
Conclusion .......................................................................................................... 93 
BONUS-1: LG LCD & LED TV Interconnect Schematic Diagrams.......... 94 
 LG 32LC50C…………………………..……….………95 
 LG 32LH30 ………………………....………………… 96 
 LG 37LH55 ………………………....………………… 97 
 LG 42LH40 …………………………..……………… 100 
LG 42LH40 …………………………..……………… 102 
 LG 47LE8500………………………………………… 104 
BONUS-2: T-CON Board Schematic/Circuits Diagrams 
 AUO T260XW02-VS ………………………………… 110 
 AUO T315HW02-V2 ………………………………… 121 
 AUO T315HW02-V3 ………………………………….125 
 AUO T315XW02-VV …………………………………135 
 AUO T370HW02-VC …………………………………146 
 AUO T370XW02-VF ………………………………… 150 
 AUO T400HW02-V3 ………………………………… 154 
SHAVIC
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 AUO T400XW01-V7 ………………………………… 158 
 AUO T460HW03-V4 ………………………………… 162 
 LG LC420WX7-SLA1-731 …………..……………… 166 
 
 
 
If you want to buy the Test Equipment, Tools and 
Spare Parts please visit to the page here: 
http://www.LCDRepairGuide.com/tools 
 
All these tools and equipments will help you in 
troubleshooting and repairing the electronics devices.SHAVIC
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Highly recommended other great related repair 
information for you: 
With all these great repair information, it will help you in troubleshooting and 
repairing electronic and the other display devices: 
 
 
Plasma TV Repair 
Membership Site 
If you’re a Plasma TV repairer, 
then these Plasma TV repair 
information is you want! Some 
hard to find information also 
included inside this Plasma TV 
Repair Membership Site! 
 
LCD TV Repair Membership Site 
This is complete repair 
information for LCD Television! 
These repair information included: 
training manual, service manual, 
psu schematic diagram, service 
bulletin, firmware & so on! 
 
Projection TV Repair 
Membership Site 
This membership site 
included two main repair 
information, these are 
Projection TV and Projector! 
 
 
 
 
Testing Electronic 
Components E-book 
A guide on how you can test 
electronic components like a 
professional. Even some of the 
testing method you haven’t saw 
or learn before. It is enjoy 
learning testing electronic 
components through this value 
e-book. 
 
 
 
LCD Monitor Repair E-Book 
A step by step guide on how 
you can become a Professional 
in LCD Monitor Repair. 
Actually after I read this e-
book, it is not only LCD 
Monitor but apply to LCD TV 
too! Some of the repair tips and 
gadgets can be apply to the 
LCD TV troubleshooting & 
repairing! 
 
 
SMPS Power Supply Repair 
Guide 
This is one of the great SMPS 
repair guide I have seen. Where 
Mr. Jestine Yong had reveal all his 
secret methods to troubleshooting 
& repairing the power supplies for 
the reader. Some of his tactic in 
this guide, I’m sure you’re haven’t 
seen it before. Highly 
recommended must have! 
SHAVIC
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How To Use This Guide 
1) Yes this guide can save you time and money. You will get the results directly 
because you will know which components you want to replace. This means you 
don’t need to pay more money and time to learn how to troubleshoot LCD TV 
from starting until the end. Before using this guide, you need to know how to 
disassemble the LCD TV first. You need to know some of the basic testing 
electronic components skill and must know how to solder components on the 
PCB board. This guide can help you to solve LCD TV problems on the spot. 
2) Find the solution by comparing other brands or models but with the same 
symptom of your LCD TV. For example, if one of your LCD TV problems is 
OSD Menu auto pop up and you can’t find your model inside this guide, you 
can try to find other brands or model but with the same symptom with your 
LCD TV problem. Then the solution can be use for reference. 
3) This V3.0 –Collection of LCD TV Repair Tips was different than other 
previous volume 1.0 & 2.0. The V1.01 & V2.0 are more on repair tips or 
problem solution only. The V3.0 is more on special and details on that subject. 
But you can learn and use the knowledge from it to apply to other brands and 
models LCD/LED TV. 
4) After you have finished reading this guide, I believe you will have the 
confident to repair LCD TV now. The reason for it is because you now know 
what is the most common fault inside the LCD TV’s and what are the common 
parts that need to be changed. 
 
Previous Collection of LCD TV Repair Tips ebook: 
 
SHAVIC
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LCD/LED TV Repair Tips 
 
Note: Most of these repair tips are not included the fault of electrolytic 
capacitors! Because of the electrolytic capacitor bulge or bad on ESR values are 
easily to detect and using the ESR Electrolytic Capacitor Tester can do that. 
Before read these repair tips, please make sure that you had testing the 
electrolytic capacitors. 
 
1) Model: AMOI 32K1 LCD TV 
Symptom: No Display and No Sound 
Repair/Solution: 
When press on the standby mode button, LED light change from Red to Blue 
color but no backlight. Try to using a wire with a resistor connect the 3.3V to 
BL_ON signal, their backlight and screen logo AMOI are present but all front 
buttons and control no functions. 
Remove the mainboard EEPROM IC 24C32, using a programmer to empty their 
Data and then solder it back to mainboard. The problem solved! 
 
2) Model: Changhong LT32700 LCD TV 
Symptom: TV stuck on standby mode. 
After the AC power supply to the TV, standby LED light on with yellow color. 
When press the power on switch or remote control power on, the TV still 
remain the same yellow color LED light and can’t start-up. 
Repair/Solution: 
Check the PSU output, their standby 5V is present but no any POWER_ON 
signal present. Checking their mainboard voltage regulator IC output and found 
U1 (LM1084-2.5) output voltage as 4V! Actually it should be output 2.5V 
instead of 4V. After replace U1 the TV is working now. 
 
 
SHAVIC
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3) Model: Hisense TLM3237D LCD TV 
Symptom: TV Power On then Shut Down 
Repair/Solution: 
Check the PSU board standby 5V STB normal and stable. But their 
POWER_ON signal is unstable, change in between 0~4.8V. Normally this 
POWER_ON signal is about 4.6V for this TV. So the problem was in 
mainboard or CPU section. Check their mainboard Voltage Regulator IC output 
voltages all normal and stable. Empty the U11 (24C32) EEPROM but not help. 
Testing the SCL & SDA line voltages it shows in between 0V~3.3V. Test the 
crystal Y2 (14.318MHz) it have 1.5V and another side is 1.7V. Use the ISP 
Programmer to program the correct version firmware into the mainboard flash 
memory U10 (PS25VF040). Power on the TV and the TV is working! After that, 
using remote control to control the TV function and their setting but it is hard to 
operate and slow motion to change function. Power off TV and then power it on 
again, the TV back to their original fault! Replace a new flash memory U10 
(Cannot use the empty flash memory and it will can’t start-up the TV, must 
using the ISP Programmer to copy their firmware into it) and solder it back to 
mainboard. Finally the problem solved! 
 
4) Model: Hisense TLM40V68PK LCD TV 
Symptom: 1) Pop up OSD Menu Randomly 
 2) Front panel buttons sometime no function 
 3) When TV in standby mode, can’t use the remote control to 
power on (start-up) the TV. 
 4) Auto power on of power off the LCD TV. 
 
Repair/Solution: 
All these symptoms were causing by the ESD protection component call it as 
MLV (Multi-Layer Varistor). It is look like a small SMD diode and its function 
as an ESD protection & surge noise. How to testing it? Yes, this type of 
components normally they are using much in mainboard. So you can use the 
SHAVIC
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diode range to compare their values. If one of that MLV values different much 
or shorted, then you can direct remove it and power on the TV. If the problem 
solved, then you can find another MLV from a junk mainboard to replace it. 
 
 
 
SHAVIC
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Conclusion: No wonder what brands or models of your LCD TV, if you’re 
facing the above LCDTV symptom and haven’t find out what was wrong, then 
you can try to check these MLV components inside their corresponding circuit 
lines. Some time on the signal input line, it is not one MLV defective, but 
maybe 2 or 3 units. For example, I had repaired an LCD TV with VGA port 
signal input no display problem. After checking their signal R, G, B, SDA& 
SCL lines got 3 MLVs shorted. Normally one MLV will using in one signal line, 
but this LCD TV VGA input signal got 3 MLV of them shorted and affect the 
VGA mode no display symptom. 
 
SHAVIC
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5) Model: Konka LC32ES62 LCD TV 
Symptom: TV Randomly Can’t Start-up, LED light blinking non-stop with Red 
and Green color). Or when TV heat the backlight flickering till no backlight/cut 
off and the sound remain ok. 
Repair/Solution: 
This TV is using the IP (Inverter Power Supply board) board with LG LCD 
Panel. Find a resistor R756 in IP board and modify it to 3.3K ohm and problem 
solved. 
 
6) Model: LG 32LG30R-TA LCD TV 
Symptom: Stuck in standby mode 
Repair/Solution: 
When the AC power on, Red LED light lit. Using remote control to power on 
the TV, LED light change to Blue color but PSU no 12V, 16.5V & 24V output. 
PFC big filter capacitor has 380V there. Remove the ZD111, ZD112 & C108 on 
the PSU board near U102 (NCP1396A). It is a power supply design bugs, so 
after remove these components, problem solved. 
 
 
7) Model: LG Chassis LA73A LCD TV 
32LB4DS-UA, 32LB9D-UA, 32LB4DS-UA, 37LB5DF-UC, 42LB5DF-UC, 
47LB5DF, 47LC7DF-UB, 47LY3DF-UA, 52LB5DF-UC 
Symptom: a) Auto Power on and Power Off 
 b) Auto Channel Up and Down 
 c) Auto OSD Menu display 
 
 
 
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Repair/Solution: 
Check or replace EMI filter on these location: L729, L730, L741, L742, L743, 
L744, L746, L747, L751, L752, and L753. 
 
 
 
8) Model: LG 42LK520-UA, 42LK530-UA, 42LK550-UA LCD TV 
Symptom: When power on the LCD TV, there is no display 
Cause: Because the Height of embo is low, when assembling C/PCB to the 
module, it can have a scratch on the bottom on T-con board. 
- Thermal pad press the C/PCB 
- PCB bottom (scratch point) is short with C/Bottom (Ground) 
- Because of the over-current, it will make the mainboard damage. 
 
Repair/Solution: 
Temporary solution is to add isolation cushion sheet between Embo and C/PCB. 
Reference as steps below: 
SHAVIC
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9) Model: LG 32LG700H, 37LG700H & 42LG700H LCD TV 
Symptom: Power itself On/Off. 
Cause: Touch IC sensor malfunction 
Repair/Solution: 
IR assembly C104 change from 2pF to 12pF. 
 
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10) Model: Philips 20PF5120/93 Chassis ML1.1A AA LCD TV 
Symptom: Randomly No Display but Sound Normal 
Repair/Solution: 
Find this R54 (54.9K ohm) resistor and replace it with a 75K ohm resistor on 
mainboard. 
 
11) Model: Philips 32PF7321/93 Chassis LC4.31A AA LCD TV 
Symptom: Sound Distorted 
Repair/Solution: 
Replace 2013 ceramic capacitor from 1.5nF to 10nF/50V ceramic capacitor. 
 
12) Model: Philips 42TA2000/93 Chassis TPT1.0A LA LCD TV 
Symptom: Display and Backlight flickering 
Repair/Solution: 
If capacitor on position 2083 positive pin is 24V and drops to ~20V, so 
measuring the capacitor on 2079, 2081 & 2082 with ESR tester or replace these 
4 capacitor at the same time and problem solved. 
 
 
13) Model: Samsung LE40R76B LCD TV 
Symptom: Some vertical lines on the TV screen. But sound is ok. 
Repair/Solution: 
Check the PSU output voltages all ok. After that checking their T-con board 
Vcc input and Voltage regulator IC. Found that 2.5V Voltage Regulator IC no 
output. After replaced it the TV screen is ok now. 
 
 
SHAVIC
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14) Model: Samsung UNxxC9000 LED TV 
Symptom: The UNxxC9000 LED TV power up sequence 
Repair/Solution: 
This power up sequence can help you troubleshoot the UNxxC9000, here is the 
power up: 
a. When the AC cord is plugged in, the voltage on the STBY pin goes to 5.3V. 
 
b. The MCU (Microcontroller, Micon &etc) on the mainboard actively looks for 
the user to press Power On switch from remote control or the TV itself. 
 
c. When a user presses Power, the MCU sends a “High” voltage (0-1.2V 
transition) to the SMPS/PSU via Power_On/Off pin to activate the rest of the 
voltages. 
 
d. After the 0-1.2V transition on the POWER_On/Off pin, the following 
voltages are activated on CNM801 and the “Melody” plays. 
- Vamp= 18VDC 
- OD_On/Off= 3.3V 
- D5.3V = 5V 
- D12V = 13V 
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e) Approximately two seconds later, 5V is applied to the BLU_On/Off pin. 
 
f) Once the BLU_On/Off pin is activated, the LED arrays turn on. CNL801 
supplies high voltage to the LED arrays. The following voltages are activated 
on CNL801 (with respect to chassis GND): 
- BOT1+ = 170VDC 
- BOT1- = 45VDC 
- TOP1- = 45VDC 
- TOP1+ = 170VDC 
- TOP2+ = 170VDC 
- TOP2- = 45VDC 
- BOT2- = 45VDC 
- BOT2+ = 170VDC 
 
 
 
 
 
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g) High voltage is applied to the panel LED arrays though connectors CN401 
and CN402: 
 
 Pin 1 and 12 
o Approximately 170VDC (when referenced to the chassis GND). 
o Voltage varies when referenced to connector GND. 
 Pin 6 and 7 
 GND (effective). 
 Approximately 45VDC when the backlight is lowest. 
 GND Pins 
 GND Potential is highest when signal is >90% duty cycle (almost DC). 
 GND Potential is lowest when signal is <10% duty cycle (almost GND). 
 Level is controlled by the mainboard though the Bot_Dim and Top_Dim 
pins on connector CNM801 
 
 
 
 
 
 
 
 
 
 
SHAVIC
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15) Model: Samsung LN19C350DXZA LCD TV 
Symptom: Display is completely Green color only. 
 
Repair/Solution: 
LVDS cable not properly inserted or dirty in the contact pins. Clean the LVDS 
cable contact pins and connect it back properly. 
 
 
 
SHAVIC
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16) Model: Samsung UN46C6300SF LED TV 
Symptom: No Power 
Repair/Solution: 
This ICB801 (ICE3BR1765J) Power IC is defective on the PSU board. 
 
 
17) Model: Sharp LC26SA1E, LC26SD1E, LC32SA1E, LC32SD1E, 
LC42SA1E, LC42SD1E LCD TV 
Symptom: No Display, Sound Problem or Various operational key issues 
Repair/Solution: 
If after checking the whole PCB boards in TV still not solve the problem, it 
could be software issues. 
Update the main software to the latest version, following the instructions in the 
service manual. Or using an ISP Programmer to empty their EEPROM IC first, 
if problem still the same, then you should program their flash memory by ISP 
Programmer with the working firmware. 
 
 
18) Model: Sharp LC46D78UN & LC52D78UN LCD TV 
Symptom: HDMI Connectivity Issues: No Sound or No Display When Turned 
On 
In some cases, when connected via HDMI to an external audio amplifier or set 
top box an interruption to the sound and display may result when the TV us 
turned off and back on. This may occur due to current leakage from the HDMI-
SW IC VHISII9287+-1Q on the mainboard. 
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Repair/Solution: 
When the TV set requires service due to the above mentioned symptom, replace 
C1614 (0.1uF, 104 ceramic capacitor) on the mainboard with a 1K ohm1/16W 
resistor to reduce the leakage effect or just replace the mainboard. 
 
19) Model:Sharp LCD-37GA5 LCD TV 
Symptom: Stuck in Standby mode. 
The LED light lit with Red color and its show on standby mode. Even press the 
power on button or using remote control also cannot power up the TV. 
Repair/Solution: 
 
SHAVIC
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After testing the PSU board, their standby 5V present and BL_ON signal 
(3.16V) was sent from mainboard to inverter board. And then their main chipset, 
Vcc voltage, clock or crystal waveform and reset circuit all normal, so that’s 
mean their main chipset is working properly. But their POWER_ON signal is 
missing and not present on the switch transistor to drive the RL701 to start-up 
the PSU. 
From the previous experience, if all section in good condition but still no start-
up, then it could be their MCU chipset or external flash memory (or their 
firmware corrupted) defective. Because of the Sharp LCDTV have lots of this 
problem was causing by their flash memory firmware corrupted. 
 
 
So checking the flash memory firmware first and found it was in IC3001 (L64) 
position. After solder it out, using an ISP programmer to backup their original 
firmware first. In case it is not the flash memory problem, then you can program 
it back to original version firmware. After that, find a correct version & working 
firmware and using the ISP programmer to program it into the L64 flash 
memory IC. 
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Solder back this L64 flash memory into the mainboard. 
 
Power on this Sharp LCD-37GA5 LCD TV and it is working perfectly now! 
Problem solved and confirmed it was the firmware corrupted till it can’t start-up 
the power supply. 
 
SHAVIC
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20) Model: Skyworth 24E60HR LED TV 
Symptom: No Backlight or Display Dim 
Repair/Solution: 
This symptom is a common fault for this LED TV. Their problem was causing 
by LED Inverter/Drive board. When testing the LED Drive board C1 voltage, it 
is just 24V only. That’s mean their LED Drive board not working. Try to re-
solder the LED Drive board U01, U02 and their surrounding components. After 
solder the board, their LED backlight is working now. 
 
 
 
21) Model: Skyworth 55LED10 Chassis 8K81 LED TV 
Symptom: Hard to start-up the TV when first time power it on. 
When this LED TV every day first time power on, it is hard to start-up the TV. 
Check their 24V is ok but 12V output just have about 6~7 V only. 
Repair/Solution: 
This TV is using the ChiMei lcd panel and their PSU board is use 
168P55PTQC-00. The PSU 12V output is from 24V through a DC-DC circuit 
generated. Change the R212 from 10 ohm to 0 ohm and R214 from 10 ohm to 
4.7 ohm. 
 
 
22) Model: SONY KLV-26S550A, KLV-32S550A, KLV-37S550A LCD TV 
Symptom: Flashing and Jittering Display 
When watching certain channels in RF mode, the picture may be flashing and 
jittering intermittently. 
Cause: Abnormal signal condition- the problem channel has a wider H-sync 
width compared to the SECAM standard signal (difference up to 1,2us) 
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Repair/Solution: 
Update the firmware to the latest version. In case of a 32 inch panel, first check 
the panel type before updating, refer to the table below: 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
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How to Self Test Power Supply board & IP 
Board without Connect to Mainboard 
If you’re repair LCD/LED TV then you must know how to self test the Power 
Supply Board (PSU) and IP Board (Inverter Power Supply Board, two in one 
PCB). This method will help you short cut the fault detection time and make 
sure that PSU, INVERTER, IP board and the CCFL lamps are working. So that 
you can quickly to check the other section or circuits. They are no waiting or 
wasting time to testing the good section or wrong bought the PSU or IP board. 
A lot of repairer they don’t know how to using this method to testing it or think 
it is a very tough technical to learn. But after you read this chapter, you will 
know how to test it and testing it correctly. 
Before that, you must know how the LCD TV power supply working first. I will 
recommend you read this SMPS Power Supply Repair Guide and it will show 
more details on how SMPS work. 
When the main AC plug switch on, the LCD TV will automatically lit standby 
LED light (normally the LED light for standby mode is Red color or Orange 
color). After TV power on the switch, the LED light will change to Green or 
Blue color and the power supply will start-up and then the display will appear 
on the screen. This is what we saw the LCD TV power on procedure or steps. 
Inside the LCD TV, when AC voltage supply to the PSU or IP board, it will 
input to the Standby Circuit section and auto generate 5V or 3.3V or both. You 
can measure this standby voltage on the PSU connector without press power on 
the TV. This standby voltage will direct send to the mainboard and through 
voltage regulator IC or DC-DC converter circuit and reach the CPU/main 
chipset (Scaler & MCU inside) or MCU IC (Microcontroller/Micom). So the 
standby LED light will lit now. When the TV power switch pressed or remote 
control power on command sent, the main chipset will send out the 
POWER_ON signal to PSU board to start-up the PFC section and then the 
PWM section. After that, the 5V, 12V, 18V (audio section use) & 24V will all 
successful generate. At the same time, CPU will sent out another signals call 
BL_ON(other signal like DIMMING, P-DIM & etc will sent out at the same 
time) to Inverter board or section (if it is IP board). When BL_ON signal and 
24V are present on inverter board, the backlight system will work. Finally the 
LCD TV start-up successfully and video will show on the screen. 
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How to know that it is a standby line or power on signal 
line? 
Ok, when we checking the PSU board, we could found the marking code wrote 
on the PCB board near connector. They got many marking code on the PSU 
board, but their functions are same. Here is a list of these marking codes: 
1) Power On Signal = POWER_ON, PWR_ON, MAIN_ON, SW_POWER, 
ENABLE & etc 
2) Backlight On Signal = BL_ON, INV_ON, SW-INVERTER, SW_INV, 
ON/OFF & etc 
3) Standby Voltage = STBY, STB5V, 5VSTB or 33STB, STB3.3V & etc 
 
If the PSU or IP board no any marking code there, so how 
can I know it is a standby voltage line? 
If the PSU board don’t have any marking code on the PCB (normally the OEM 
PSU board), you can use the volt meter to testing it. When AC voltage was 
supply to the PSU board, using the volt meter to testing their voltage supply 
output connector pins. If you found that pin provide 5V or 5.xxV, then this is a 
standby 5V line. If you found 5V and 3.3V line there, that means the PSU board 
got both 5V & 3.3V standby voltage line. Or that board have one standby 5V 
line and one AC_OFF_DET 3.3V line. Actually this AC_OFF_DET line is a 
POWER GOOD or PG signal line. Since we want to know how to self test the 
PSU board without connect to the mainboard, so we must know which one is 
the standby voltage line. For the POWER_ON signal, starting from the PSU 
connector pins, and search a pin where it is go to a transformer with secondary 
side has a big electrolytic capacitor about 400V or 450V. Or that pin is go to a 
circuit with big electrolytic capacitor about 400V or 450V. So this pin is call a 
POWER_ON signal line. 
 
 
 
 
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LCD TV Power Supply Board (PSU) 
 
After found or know which pins are Standby line and POWER_ON line, then 
using a 1K ohm~10K ohm, 1/4W connect from standby 5V or 3.3V pin to 
POWER_ON signal pin. Disconnect the mainboard connector and inverter 
connector. After that, connect the DC volt light bulb to 5V, 12V and 24V 
outputs. Where the 5V and 12V output lines connects with a 12Vdc 10W car 
light bulbs. The 24V line connects with a 36V 35Watt lorry light bulb. Double 
checks all the connections are connected properly. Now apply the AC voltage to 
PSU board, you should see the light bulbs lit and this is the time to using volt 
meter to testing their output voltage is normal and stable or not. So that you can 
confirm the PSU board is working properly with light bulbs as a loading. 
If want to connect with inverter board and CCFL lamps and confirm or make 
sure the other board are work it is ok. With the PSU board connected Standby 
5V pin and POWER_ON signal pin. The PSU board 24V line takes off the light 
bulb and connects back to inverter board. Find a pin with 3.3V or standby 5V 
line, solder a 1K ohm resistor to that pin and another side solder with a wire and 
connect to inverter board connector BL_ON signal pin. Power on the AC supply 
now, you can see the backlight is on and the 12V & 5V light bulbs lit. That’s 
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mean the PSU board, Inverter board and CCFL Lamps all normal and working 
properly. So that it can let you confirm this LCD TV PSU, Inverter board and 
CCFL lamps all are ok and you can check the other section like mainboard or T-
CON board. So this method will save your time and money. 
For Samsung LCD Tv, if their Inverter board using P-DIM and A-DIM signals, 
you need to use a 1K ohm resistor connect it with 3.3V or standby 5V pin. But I 
prefer to use the 3.3V. 
 
LCD TV IP Board 
 
For IP board (Inverter Power Supply Board), you must connect it with CCFL 
lamps or EEFL lamps when try to start-up the power supply. So their 
connections are same as the Power Supply board. Using a 1K or 10K ohm 
resistor connect Standby 5V or 3.3V to POWER _ON signal pin. And then 
using another 10K resistor connects the Standby 5V or 3.3V (I prefer to using 
the 3.3V) to BL_ON signal pin. The 12V & 5V lines connect with 12Vdc or 
24Vdc light bulbs. After that apply the AC power to the IP board and then the 
backlight will on. So it is the time to using volt meter to testing their voltage 
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output ok or not. If everything ok, then you can confirm that IP board and the 
CCFL Lamps are normal. 
Here is the LG LCD TV PSU & IP Board Testing Diagram: 
LG 32LH30 LCD TV 
 
 
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LG 42LH50 LCD TV 
 
 
 
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LG 42LK520 LCD TV 
 
 
 
 
 
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LG 47LG90 LCD TV 
 
 
 
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This is Sony KLV-37S550A LCD TV Power Supply Board Self Test 
Method: 
 Connect a 1K ohm resistor to AC_OFF_DET or 3.3V and connected the 
Light bulbs, after that power on the AC. The PSU will work without 
connect main board. 
 
 
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Testing Samsung UN46D6900 and Similar Models LED 
Edges Lights 
This method will show you the LED stripes/module are working ok or not and 
their PSU or SMPS board too. Unlike other 2011 Samsung LED Edge/Backlight 
models, removing the power cable from the mainboard and applying AC power 
to the PSU board will not automatically turn on the LED backlights. Due to the 
Pulse Width Modulation (PWM) of the “negative” signal line, some additional 
steps are required. See the instruction and pictures below. The pictures below 
have a confirmed good working PSU board. 
1. Remove the AC power cord. 
 
2. Disconnect the power cable from mainboard, CN201 (PSU, CNM802 to 
mainboard, CN201). Notice connector cable is double layered with odd number 
pins on the top and even numbered pins on the bottom. 
 
3. On the disconnected cable end, insert a jumper wire between pin 18 (A5V) 
and pin2 (PWM4). Refer to picture “A”. 
 
4. Reconnect the AC power cord and on AC power. 
 
5. Confirm that the lower left and right LED sight holes are brightly 
illuminating. This indicates the lower 1/4
th
 of the panel edge LED lights are 
working correctly. Refer to the picture “B”. 
 
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Repeat this process for the rest of the PWM signals (PWM1, PWM2 and PWM3) 
in connector cable pins 4, 6 and 8 respectively. Shorting each to A5V should 
illuminate the next 1/4
th
 of the panel edge LED lights (going bottom to top) 
which can be verified by looking at the appropriate LED sight holes. Please 
refer to the pictures “C, D & E”. 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
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LCD/LED TV Mainboard Secret 
Repair Tips 
Nowadays, the LCD TV or LED TV has lots of the mainboard problems. And 
those problems are hard to repair. Do you facing this problem before and don’t 
know how to solve it? But you can sure it is a mainboard problem? Problem like: 
1) No Display 
- But LED light is lit with green or blue color. 
- Sound OK 
- Some character (like TV or channel & etc) is appearing in the screen only. If 
you can see some character or contents inside the screen, that’s mean Tv 
backlight system is working. Or you can see the backlight come out from rear 
cover of TV. 
 
2) TV brightness and contrast features automatically adjust to 100% 
- Even using the remote control to adjust it back to 0%, but after a short time it 
will automatically change both features back to 100% 
- The front control panel has been remove also same problem. 
- Even checking the circuit lines of front control panel to mainboard, their 
corresponding components especially the ceramic capacitors all looking good. 
 
3) The TV can’t start-up, LED light non-stop blinking. 
- Check PSU have 5V standby voltage output, but no POWER_ON signal from 
mainboard. This symptom is hard to detection what components or section of 
mainboard defective. If all these section: voltage regulator IC outputs, CPU or 
MCU (crystal waveform, reset circuit) or their external flash memory (also 
firmware) are ok and normal, then you should suspect their eeprom IC. 
 
4) The strange problem or symptom in LCD TV 
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- If the LCD TV happening some strange problem and cannot be resolved, then 
you can try to use this method. 
For the above TV problem, most of the repairer will just replace a new 
mainboard to solve these types of problems. But do you know the above 
mainboard problems; their actual problem is just using a simple step and you 
can cure the above symptom! 
So which part of the mainboard causes the problem to occur? 
These types of the problem are because of “User Data” corrupted. And this User 
Data was store inside the eeprom, or call it as NVRAM. Normally this eeprom 
IC in mainboard is using 24C32, 24C64, 24C128, 24C256, 24C512 or 24C1024. 
It will depend on TV mainboard manufacturercircuit and features design. 
How simple step to cure the above TV problem? 
Yes, you have two choices: 
A) Solder out this eeprom IC and using a programmer to back up (Read & Save) 
their data into the computer and save it. After that, erase or empty this eeprom 
IC until it change all to “FF” or blank status and no any data inside the eeprom 
IC. If you can’t read the data or can’t erase the data on your programmer, that’s 
mean this eeprom IC is defective (very seldom eeprom IC will password 
protected by manufacturer) and you need to replace a new and blank eeprom IC. 
After that solder it back to the mainboard and give it a try. 
B) Second method is just finding a new or empty eeprom IC with same 
specification of the mainboard eeprom IC. After that replace it and the TV 
problem will be solve. 
 
Why can use a blank memory eeprom IC to cure the TV problem? 
Because when the TV power on, the mainboard CPU or MCU/Micom will 
detect the eeprom first, if detected it was blank, and then the CPU will copy the 
default setting (factory default) to blank eeprom IC. Where this User Data was 
save inside the CPU or MCU. Some mainboard design will save this User Data 
(Factory Default Setting) into their external flash memory IC. 
 
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Can this method cure all the mainboard problems? 
Not all but it will be ~80% these types of problem can be solved. If it is still 
same problem after replace a blank eerpom IC, and then you can check their 
flash memory IC. Normally it is using 25 series flash memory IC. 
 
Repair Tips: 
1) LCD TV Model: Sony KLV-32G480A LCD TV 
 Symptom: No Display but sound ok and backlight working. 
The screen has a “TV” character on the screen but no display, just black 
screen. 
 Repair/Solution: 
Since this LCD TV sound and backlight ok, so the problem should be on the 
mainboard. Using volt meter testing the T-CON board Vcc line and it has 12V 
there. So the problem could be the mainboard Scaler IC, MCU, Flash memory, 
EERPOM or T-CON board. After testing the Scaler IC & MCU corresponding 
circuits like reset, Vcc and crystal all looking well. So try to check the flash 
memory & eeprom IC. Found these ICs were beneath of the mainboard. The 
IC3001 is 25L08 flash memory IC and IC3002 is 24C64 eeprom IC. So start the 
easy one, remove IC3002 (24C64) and using programmer to save their original 
data first and then erase this eeprom IC till it empty and all show “FF” on the 
programmer software. Solder 24C64 eeprom IC back to mainboard and power 
on the LCD TV. The TV screen can show a perfect display now and problem 
solved! 
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2) Model: Samsung LA32R91B LCD TV 
(This repair tips was contributed by Mr. Behzad Sedigh. Thanks Beh!) 
Symptom: TV brightness and contrast features automatically change to 100% 
(maximum). 
Even using the remote control adjusts it to 50%, but in a short time it will 
automatically change to 100% of brightness and contrast. 
Solution/Cure: 
Found some bulged electrolytic capacitors on the line of DC supply to 
mainboard. After replaced these electrolytic caps, the symptom was getting 
better but not completely. Even disconnect the front control panel and checking 
their circuit line till mainboard also normal. It is no any leakage ceramic caps in 
that circuit line. So it will suspect the flash memory, eeprom IC or the MCU. So 
starting from the easy way first, checking the eeprom IC. This eeprom IC is 
beneath of the mainboard and it is using 24C256BN (SMD SOP-8, 8 pins IC). 
Replace it with a new eeprom IC but different part number as below: 
First Line: ATML H234 Second Line: 2ECL B Third Line: 2U2484C 
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Yes, this eeprom IC (AT24C256C) can be as a replacement for 24C256BN. 
Here is the spec of that Atmel eeprom IC: 
 
After replaced a new blank eeprom IC, the Samsung LA32R91B LCD TV 
problem solved! 
 
 
Another Method to reset the EEPROM IC 
These tips are using for the Samsung LCD/LED TV and even the SMART TV. 
You can try to using this method on other brands of the LCD TV but no 
guarantee. 
A) How to Perform A Factory Reset On 2008 through 2011 Model LCD 
TVs (LN**A ~ LN**D) 
Important: When you perform a Factory Reset, all your settings revert to 
factory defaults. These settings include all picture and sound settings, all 
channel menu settings including memorized channels, all clock and timer 
settings, and any other settings you made through the menu. In addition, if you 
had your TV professionally calibrated, you may lose the calibration settings if 
the calibration was not done through the service menu. 
 
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To perform a Factory Reset, follow these steps: 
1. With the TV powered on and using the TVs remote control press and 
hold EXIT on the TV remote for 12~15 seconds. 
 
Tip: While holding down the exit button the standby light should blink 
the entire time without interruption. 
2. The Factory Reset screen appears displaying a warning message. Cancel 
is initially highlighted. 
o If you want to cancel the Factory Reset function, press ENTER 
now. 
o Otherwise, press the left arrow button to highlight OK, press 
ENTER, and then go to Step 3. 
 
3. After the TV completes the Factory Reset, the TV powers itself off. When 
you power the TV on for the first time after the Factory Reset, the Plug & 
Play screen appears just as if you had turned the TV on for the first time. 
 
 
If the above method cannot totally reset your TV, then you can try this step. 
This method was share by my friend Kevin and I had try to using this method 
once time in the Samsung LCD TV and it was successfully to reset the eeprom. 
Before you attempt any changes on your TV with this method, please consider 
that all information is for informational purpose only and comes with absolutely 
no warranty. You accept that you do everything is at your own risk. 
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But I believe that you can handle on how to find this eeprom IC and solder a 
wire to it. Ok here will show you how to reset your TV by resetting the 
NVRAM (EEPROM IC). This method can be very useful in case you or 
customer have bricked the TV by messing with some internal setting, which can 
easily happen if mess around in the Service Menu. For the latest model & 
technology TV, highly recommended taking photos of each screen in the service 
menu, showing the TV original firmware settings before continue the resetting 
eeprom method. 
For resetting TV settings, you need to remove EEPROM device from TV. But 
this method it's not required. In electronic world, if you disable communication 
of the chip, it counts as removed. So just needs to stop communication of 
EEPROM. EEPROM on Samsung TV's communicating via common i2c 
protocol. That protocol carries data via SDA line and sends clocks with SCL 
line. In our situation, either blocking SCL or SDA will works. But decide to 
choose SDA line. 
To do this, all you have to do that connecting GND (ground) or VCC (3.3v) to 
SDA line with little wire or jumper. That's all. Since this lines are HIGH (v3.3) 
in IDLE, it’s better to hold it via VCC. You can also hold this lines via GND 
too. But don't try to connect both GND and VCC. It will be short circuit and 
probably will damage your board. 
 
Join VCC and SDA with a wire or jumper, power on TV and hold for about 20 
seconds with the TV powered. It just try to read (wrong) settings from 
EEPROM, sinceit cannot read anything (refer to the warning message bellow), 
just start with defaults. That is what we want. Than releasing SDA line and 
shutting TV off will update the settings on EEPROM with null values that TV 
could boot with it. After all, you can enter service menu and change the required 
changes. 
 
 
Where do I find the NVRAM eeprom IC? It’s located near CPU at C and D 
Samsung series LCD/LED TV. It is a 8 pin SMD SOP8 type IC, on top, it 
writes some numbers and letter starting with 24256, 24512, 24C64,24C128, 
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24C256,24C512 and so on. Below is a location for this EEPROM IC in 
Samsung LCD/LED TV: 
Samsung B Series EEPROM Location: 
Samsung LExxB550. You have to search for eeprom on beneath of mainboard 
in location IC3001: 
 
 
Samsung LExxB6000 
 
 
 
 
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Samsung C Series EEPROM Location: 
Samsung LExxC550/530. Either connects wire with pin 4 & 5 or pins 5&6. For 
correct pins number please refer to their specification datasheet. SDA & VCC 
or SCL & VCC. 
 
 
LAxxC650
 
 
UAxxC6200 
 
 
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UE40D5000 
 
LE32D550 
 
UNxxES7500 
 
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All About T-CON Board 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
From the above picture, you will know how the signals and voltages are using 
in T-con Board, Source Driver Board, Gate Driver Board and LCD panel. Some 
big sizes lcd panel, they are using left Source & Gate Driver Board and right 
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Source & Gate Driver Board. But their signals and voltages are same as the 
above picture. After the RSDS data and various type of voltages sent to LCD 
Panel, screen will show the display with backlight provided, we can seen the 
display perfectly. 
Notes: 
COF = Chip On Flim/Flex 
CIG = Chip IN Glass (Most of the Samsung LCD Panel using this type of Gate 
IC). 
COG = Chip ON Glass 
LVDS = Low Voltage Differential Signal 
RSDS = Reduce Swing Differential Signal 
 
Top 5 Voltages in LCD T-Con Board 
 
VIN (VCC): (Typically is 12V or 5V) 
This voltage input also calls it as Vcc supply for T-CON board. Most of the 
LCD TV Panel are using 12V and 5V, but a little bit LCD panel design is using 
3.3V (like Sharp TX38D21 lcd panel and other 15 inches lcd panel are using the 
3.3V). IMPORTANT: Please make sure voltage supply to T-con Vcc is correct, 
if not it will damage the T-con or LCD Panel. Because some of the OEM 
LCD/LED TV mainboard, they are design to supply two type of voltages to T-
con Vcc (Panel_Vcc), one is 5V and another is 12V. It is set by a jumper or 
solder 0 ohm SMD resistor in the right position to select different voltages on 
mainboard. 
This voltage input to the T-con board and then supply to DC-DC section and the 
voltage regulator IC (depends on T-con board design). 
 
 
 
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VDD (Vlogic, VDDD): (Typically is 3.3V) 
This VDD voltage is output from the DC-DC IC or using an external Voltage 
Regulator IC to generate. It is 3.3V and other voltages like 2.5V (VDD25) and 
1.8V (VDD18) was using the VDD 3.3V voltage to convert. 
After VDD voltage generate it is supply to Timing Control section, Source 
Driver Board and Gate Driver Board. 
 
VDA (Vs, Vsource, VDDA, AVDD): (Typically is 14V~ 20V) 
This VDA voltage is about 14V ~20V and it will depends on their T-con board 
design. The VDA voltage is generated by DC-DC Converter circuits. It is use to 
supply to the GAMMA circuits and reaching to the Source Driver Board. 
 
VGH (VGON, VoN, VDDG): (Typically is 20V~30V) 
This VGH (VGate High) voltage was generated by DC-DC circuits. And their 
voltage is about 20V ~30V but it will depends on the T-con board design. The 
feature of VGH voltage is to supply to the Gate Driver Board as a “Switch ON” 
feature. It can switch on the TFT cells in LCD Panel and display shows. 
 
VGL (VGOFF, VoFF, VEEG): (Typically is -5V~ -7V) 
The VGL (VGateLow) voltage was generated by the DC-DC section too. Some T-
con board will use a higher voltage as -15V or a lower voltage as -1V. So it will 
depend on the T-con design and it’s not much on the market. Typically is -5V~ 
-7V. This negative voltage is supply to Gate Driver Board. The VGL voltage is 
as “Switch Off” feature. When VGL negative voltage is supply, the VGH 
voltage on TFT cells will “Clear” by VGL voltage, so that the next data can 
shows on that TFT cells. 
 
Notes: 
Some old design T-con board they had different voltages for the DC-DC section. 
For example, the ChiMei LC-TM3008A LCD Panel is using V296W1-C1 X7 
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T-con board. This T-con board using FA3629 DC-DC IC and their voltage 
outputs are: 3.3V, 5V (both voltages using external voltage regulator IC to 
generate), 15V, -15V & 45V. So must refer to their original T-con board design 
and output voltages. 
 
What is T-CON board? 
T-CON board is stand for Timing Controller board. Some LCD Panel 
manufacturer call is as LCD Controller Board. The features of T-CON board are 
converts LVDS signals to RSDS data and send to LCD Panel. The T-CON 
board has a individual power management call DC-DC Converter. The DC-DC 
section can generate the various voltages to drive the LCD Panel work. 
 
How the T-CON board work? 
The T-CON board are built by three main sections. They are Timing Control, 
DC-DC Converter and GAMMA circuits. When TV power on, mainboard 
MCU/CPU will send a Panel_ON signal to Q009 (as picture below), so that the 
12V (or 5V) supply will go through I021 and reaching to the PVDD. Through 
LVDS cable the Vcc input supply was reached on T-con board as VIN. 
 
After that the VDD voltage will send to Timing Control section and its’ start 
working. Timing Control IC will send an ON signal to DC-DC Converter 
section to switch on DC-DC circuits and generates other voltages like VDA, 
VGH & VGL. At the same time, LVDS signal will reach on Timing Control 
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section and converts to RSDS signals and send to Source & Gate Driver Boards 
and reached to LCD Panel. 
When the VDA voltages generated, it will send to GAMMA Correction 
(Greyscale Generator) circuits and generates the VCOM voltages and reached to 
Source Driver Board, driver IC COF & TFT cells LCD Panel. Finally the LCD 
TV display appears on the screen. 
 
How to know it is the T-con board problem or 
Mainboard or LCD Panel problems? 
 A) Use a LCD/LED Panel Tester to test it. But if the result is still the 
same problem, then it could be the T-con board or LCD Panel problem. So how 
to know it is T-con or LCD panel problem? My answer is learn how T-con 
board working and their correct voltages & signals in this ebook. So that you 
can isolate the problem is in T-con or LCD panel. 
 
 B) If the screen display abnormal, try to call out the OSD Menu to 
determine is it the mainboard or T-con board problem. If the OSD Menu can 
show perfect display on screen but their background still has the abnormal 
display. So it is the mainboard problem. If the OSD Menu also affected by the 
abnormal display, that’s mean, problem is on the LVDS cable, T-con board, 
FPC cable/s or LCD Panel. Still need to learn how T-con board working and 
then you can isolatethe problem from it is T-con or LCD Panel problem. 
 
 C) Use an Oscilloscope (about 100MHz, higher is better but cost high) to 
measure the LVDS signals to determine mainboard have LVDS signals reaching 
the T-con board. So that you can confirm the mainboard is ok or not. But this 
method was not 100% accurate. If the display abnormal but the mainboard still 
have send the LVDS signals to T-con board. Or you have all the good 
waveform and values records on your own for that mainboard & T-con board. 
So that you can compare each other and know which signals waveform are good 
and bad. Below are the pictures of how T-con board Vcc input to T-con and the 
mainboard LVDS signals connect to T-con Board. 
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Picture troubleshooting with checking the LVDS signal: 
 
LVDS with full field color bar input 
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The scope probe was placed on a random LVDS connector pin with a full field 
color bar input. Note: Both pictures look different due to the time/division 
settings. 
When full field color bar input signal has been removed, the scope will look like 
pictures below with different time/division: 
 
This check will verify whether or not the LVDS signal is reaching to the T-con 
board. 
 
T-CON Board Can Do Their Self Test Like PSU Self 
Test? 
Yes it is. The latest design of T-con board they have built in the self test color 
patterns. But for some old design T-con board it is not available. To put the T-
Con board self test, you just need to provide their Vcc input (VIN) but must 
take off their LVDS cable/s. But some T-con board they have special method to 
do their self test, like the LG panel T-con board 6870C-0309D. I will shows you 
later. 
So using a wire solder on mainboard Panel_Vcc point and another side solder to 
T-con Vcc input. You MUST make sure the T-con board Vcc/Vin voltage first 
and then checking that mainboard Panel_Vcc voltage is same as your T-con Vin. 
After make sure their voltage is correct then solder them with a wire. If not it 
will damage your T-con board or LCD Panel! Other section like PSU, Inverter, 
and CCFL/EEFL Lamps just connected as it. Make sure WITHOUT connect the 
LVDS cable/s. 
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After that power on the TV, you will see White, Red, Blue, Green and Black 
patterns show on screen. So that you can confirm the T-con Board, LCD Panel, 
CCFL/EEFL Lamps, PSU/IP Board are ok. Otherwise the T-con is defective. 
For example: if the TV having the display distortion problem, but you not sure 
is it the T-con board or mainboard problem. So you can use this method to 
testing the T-con board. If the T-con can show a good display (Color patterns) 
on the screen, so that problem is the mainboard or LVDS cable/s. Also don’t 
forget to check the T-con board LVDS cable connector socket for dry joins or 
pins problem. 
 
 
For example the LG 42LK520 LCD TV T-con Board Self Test Method: 
 (LCD Panel: V5 LC370/420WUD Ver.6, T-CON: 6870C-0309D) 
 
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Various of T-CON Board DC-DC Diagrams and 
Their Output Voltages 
 
 
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Various of T-CON Board Good Voltage Testing 
Points 
 
1) LCD Panel: LG LC320WUN series LCD Panel 
T-CON P/N: 6870C-0230A T-con Board 
 
 
 
 
 
 
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2) LCD Panel: LG LC370WUD 
T-CON P/N: 6870C-0264A 
 
 
 
 
 
 
 
 
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3) LCD Panel: LG LC320/420/470/550WU_120Hz Control 
T-CON P/N: 6870C-4000H T-con Board 
 
 
 
 
 
 
 
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4) LCD Panel: LG V5 LC370/420WUD VER.6 Panel 
T-CON Board P/N: 6870C-0309D 
 
 
 
 
 
 
 
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5) LCD Panel: LG LC260WXESBA1 LCD Panel 
T-CON P/N: 6870C-0250A T-CON board Good Voltage Test Points 
 
Note: The purpose of T-CON board LED is to determine if the boot up 
sequence of the T-CON is OK. This LED will turn on shortly after power is 
applied then will go out in about 30 seconds. This assists the backlight in firing 
 
Some of the T-con board design, if there’s an inverter-switching fault occur, the 
LED light will remain on. If the LED light off, that’s mean the inverter section 
is working fine. 
 
 
 
 
 
 
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6) LCD Panel: Samsung LTA320W-L06 LCD Panel 
 T-Con P/N: 320WTLF3C2L V0.3 
 
 
7) LCD Panel: Sharp LK315T3LZ54 LCD Panel 
T-Con Board P/N: X3562TP-XF (TW10794V-0) 
 
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Note: This T-con is using THV3051 as a DC-DC IC and BD8139EFV to 
generate the GAMMA and VCOM voltages. Their good voltage testing points: 
VIN: 5V, VDD: 3.3V, VDA: 15.6V, VGH: 30.9V, VGL: -1.6V 
GAMMA, GM0~GM9 OUT= 15.5V ~ 8.5V (Decrement) 
 
 
 
 
 
 
 
 
 
 
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Case Study for LCD TV T-CON Board 
Use this T-CON Board P/N: CHIMEI V315B3-C01 as a reference case. It 
will let us easy understand when the T-con board voltages change and how it 
will cause the screen display symptom. 
 
 
This T-con board is using CM1682A as Timing Control IC, TPS65161 as a DC-
DC Converter IC and HX8915 for generates the GAMMA voltages. Here are 
the T-con board good voltages testing points: 
Vin: 12V, VGH: GATE ON= 21V, VGL: GATE OFF= -5.6V, VDA= 15.9V, 
VDD33= 3.3V, VDD18= 1.8V 
If each of their voltages changes, it will make the display on screen change too. 
Here is the good example of the change of T-con board voltages: 
 
 
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1) If the VGL line voltage drops to -1V it will looks like this: 
 
 
2) If VGL is 0V, the screen display as below: 
 
 
 
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3) If the VGH voltage drops to 6V, display will looks like the weakness CRT 
TV tube as picture below: 
 
 
4) For the GAMMA and VCOM circuit, if these circuit voltage lines abnormal 
the display screen will change to white screen, negative display and so on. 
- If GAMMA/GM1-GM14 voltages are 0V or 12V, it could be their dividing 
resistor open circuits and causing white screen. 
 
 
 
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- If the GAMMA/GM1-GM14 1 group or more group’s voltage drops, it 
will because of their dividing resistors values change or the GAMMA IC 
damage, their LCD screen display will change to Negative display. Must 
check their GM1-GM14 with voltage decrement. 
 
 
- If VCOM not output or it is 0V, itis causing by the IC damage, CN1 or 
CN2 FPC cable/s contacts problem, Soure (Scan) & Gate (Data) Driver 
IC damage also can occur the symptom like picture below: 
 
 
 
5) Repair Tips for V315B3-C01T-con Board: 
a) Symptom: TV No Display but Sound Ok and the backlight working. 
Check the T-con board and found that SMD fuse burnt. If this type of 
symptom doesn’t just put another fuse to power on the TV, it may damage 
seriously again. 
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Repair/Solution: 
Since the SMD fuse burnt, must using the Multimeter checking Vcc input 
line with GND ohm values. The values show it is normal, continue checking the 
other voltages lines like VGL, VGH, VDA & etc. Finally found VDA line to 
GND was shorted and it was 0 ohm. Disconnect the both FPC cables, VDA line 
still remain shorted. Now checking their VDA line corresponding components 
and found the CP12 shorted. After remove CP12, VDA line ohm values back to 
normal and testing this CP12 was confirm it had shorted. After replace SMD 
fuse and CP12, the VDA output 15.9V and TV is working properly. 
 
b) Symptom: No Display but Sound Ok and the backlight is working 
Repair/Solution: 
Check the Vin have 12V input and other voltages lines also normal 
except VDA line is 0V. Because of the T-con board DC-DC voltage control by 
the timing control, as follows: VDD25, VDD18 => VDA => VGL =>VGH, the 
VDA is control by TPS65161 pin 27 output logic high/low signal (voltage) to 
QP1 (P-ch MOSFET) pin 4, when signal logic low received the MOSFET is 
switch ON and the VDA voltage has output and reaching to the GAMMA 
correction IC. 
Test the QP1 MOSFET, pins 1, 2 & 3 have 15.9V. It had proved that the 
VDA voltage is present. Testing MOSFET pin 4 is logic low signal, but pins 5, 
6, 7 & 8 no VDA output! Remove and testing the QP1 MOSFET and found it 
had opened circuit. After replace QP1, the VDA got 15.9V output and display 
back to normal. 
 
Note: If don’t have the QP1 on hand, temporary can just using a wire 
connect QP1 pins 1 and 8, so it will bypass the QP1 switch function and testing 
T-con board is ok or not. 
 
 
 
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 c) Symptom: Screen Shows Vertical Color Stripes. The stripes are 
slowly to increase. 
 
 
 Repair/Solution: 
The vertical color stripes is slowly increase till full screen of vertical 
color stripes. This symptom could be the VGH circuit abnormal. Check the 
VGHP has 21V but VGH is 0.3V only instead of 21V. Testing QP7 (2N7002) 
pin 2 is logic high, pin 6 has 21V. For testing purpose, try to using a wire 
connect QP7 pin 6 to pin 4. After connected the wire, the VGH has 21V output 
now and display show perfectly. After replace the QP7, display is working 
properly now. 
 
d) Symptom: Screen Fully of Vertical Stripes and Sometime NO Display 
 
Repair/Solution: 
From the above symptom, it could be one of the DC-DC circuits 
abnormal and causing this problem. Check the DC-DC circuits and found that 
VGH voltage not stable and it is about 4.6V only. After some time, the DC-DC 
circuits all voltages will no output (No Display) and need to power off and then 
on it again the voltages will come. When the no voltages output, power off the 
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TV, using the finger touch the IC and feeling their temperature is a bit high but 
not extremely hot. Suspect the FPC cables problem; remove both CN1 & 2 and 
measure the VGH voltage still not stable. So the problem is still in VGH circuit 
line. Check the VGH line corresponding components, by disconnecting the 
CP19, CP43 and found that when removed CP43, the VGH voltage line is back 
to 21V! Replace CP43 with 1uF/50V, the T-con problem solved. 
 
 
 
LCD TV T-CON Board Repair Tips 
 
Note: If the T-CON board fuse open, please check their voltage line with GND 
ohm values, especially the 5 important voltages lines. If everything ok, you can 
replace a SMD or Pico fuse with same amperes. 
 
1) Model: Changhong LT2612 LCD TV (T-con: SVA 260PW023S) 
Symptom: No Display and the screen full of Vertical color lines 
Repair/Solution: 
Normally this type of TV symptom was causing by the T-CON board or LCD 
panel. This LCD Tv using SVA 260PW023S T-CON board. Check the T-con 
board Vcc voltage input had 5V, and the AVDD had 3.3V. The lcd panel 
driving voltage VGH & VGL are nothing. Suspect their DC-DC circuit lines 
having problem. Check the VGH line with GND with ohm range, it had 300 
ohm only. But VGL line with GND had above 36K ohm! So suspect the VGH 
circuit line filter capacitor leakage. Found three SMD chocolate color filter caps 
on the VGH line and two of three filter caps were leakage, another good one got 
3.3uF. Because of they are three same size and color filter caps, so using one 
normal electrolytic capacitor 10uF/50V to replace it. Power on the TV their 
display is back to normal now. 
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2) Model: Changhong LT24720FX LCD TV 
Symptom: Display poor image with whitish tail or ghosting 
 
 
Repair/Solution: 
Normally this type of symptom was causing by the T-CON board or LCD panel. 
So starting testing their T-CON board voltage and found that VGH voltage has 
2.3V only. The correct VGH voltage for this T-Con board should be about 25V. 
At the same time found a burnt component on the T-con and the location is 
R100. That’s mean it is a burnt resistor and can’t saw any value there. Using 
multimeter ohm range to checking the R100 pin ohm values to GND (ground) is 
about +/- 500K ohm. This is let us know, the R100 position not because of other 
components short circuit and causing it burnt. Use a 1M ohm variable resistor 
(VR), starting from the highest ohm first and then slowly decreases the ohm 
values until the VGH reach 25V and the display also change to normal. So 
check on that VR and found it is about 100K ohm, after that changed a SMD 
resistor with values 100K ohm to R100. The VGH line got 25V now and the 
display image also back to normal now. The TV problem solved! 
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3) Model: ChiMei V320B1-L06 LCD Panel with T-con board V320B1-C03 
Symptom: Screen fully with Vertical Color Lines 
 
 
Repair/Solution: 
This T-con board Vcc voltage is present. Check VDA voltage is 11.2V only. 
That’s mean their DC-DC circuit not working. Since their DC-DC IC AT1380A 
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is control by the Timing Control chipset (CM2681A), when checking their 
switch on signal from CM2681A, it is no any signal from it. After that checking 
the CM2681A voltage supply IC N7 (2.5V voltage regulator IC) and found that 
has 0.9V volt output only instead of 2.5V! After replace this N7 IC , the screen 
is back to normal now. 
 
4) Model: Hisense TLM-3233D LCD TV 
Symptom: No Display but Blue Screen with Two Vertical White Bars 
 
 
Repair/Solution: 
When power on this lcd tv, the screen show no display but blue screen with two 
vertical white bars. The two vertical white bars will flash but no any content 
inside. The LCD TV can hear the sound and remote control to change channel 
properly. Try other video signals input like AV and PC also same results. Even 
try to call out theOSD menu also same problem too. 
Since the LCD TV cannot show the OSD menu and the TV got sound and 
change channel properly, so that the mainboard is normal. After observation this 
lcd tv, found that the problem could be in the T-CON board or LCD panel. 
Check LVDS and FPC cables, they are show as normal, then check the T-CON 
board voltages. All voltages in T-CON board are ok, so that i will suspect the T-
CON board mainchip (N39) or their memory chip (N31) defective. I got the 
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junk T-CON board with same part number, but their DC-DC chip was burnt. So 
the mainchip and memory IC can be use. 
 
 
Because of the N39 (CM2681) have many pins and the memory IC N31 
(24LC128) only have 8 pins, so that I choose to replace the N31 first. After 
replace the N31, I try to power on the TV, and it was show display perfectly! 
Since this N31 is a memory IC, does that mean IC itself damage or just the 
firmware corrupt and caused this problem happen? To find out this answer, I 
use my programmer to copy the working memory IC firmware and write it into 
the original memory IC. Do you guess what has happen? Yes, the LCD TV 
working perfectly too! So the problem solved and it was causing by the 
firmware corrupted. 
Conclusion: The T-CON board memory chip or their firmware corrupt also can 
cause the screen problem. So that we need to save their firmware and must 
prepare some junk boards of T-con board, mainboard and inverter board for 
future use. 
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5) Model: Hisense TLM3226 LCD TV (T-CON: ChiMei V320B1-C03) 
Symptom: No Display 
The TV sound normal and it can control by the remote control. Backlight is 
present but the screen no display and look like grey screen (because the 
backlight was working). 
 
Repair/Solution: 
This lcd panel using ChiMei V320B1-C03 T-CON board. So first check their 
Vcc input and other voltage values. Vcc input 5V ok, voltage regulator output 
2.5V & 3.3V normal. When measuring the VDA, VGH & VGL voltage found 
all not output 0V only. 
It was shows that their DC-DC section is not working. After analysis the ir DC-
DC section, it is using the UP1 IC (AT1380A) as a DC-DC IC. The UP1 pin4, 
on/off switch is control by the T-CON main chipset U3 (CM2681A-KQ) pin 63. 
Usually when the TV on, T-CON board IC U3 (CM2681A-KQ) pin63 
(PWRON) will output a signal logic high (3.3V), through QP3 inverse the 
signal to logic low and reach to UP1 pin4. After that, UP1, DC-DC section 
starting working and generates VDA, VGH & VGL voltage outputs. 
But for this T-con board, even the TV was power on, but their U3 (CM2681A-
KQ) pin 63 still is logic low 0V. Normally this U3 pin 63 will follow by TV 
power on and off, their voltage range is between 0V~3.3V. Even disconnect the 
U3 pin63 with other corresponding components, this pin63 also not different 
still 0V. Suspect their U3 (CM2681A-KQ) damage, after replace U3 the TV 
was back to normal now. 
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AT1380A Diagram 
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6) Model: Hisense TLM3201 LCD TV 
Symptom: No Display but sound and other function properly. 
Repair/Solution: 
This model of LCD has using two type of LCD panel. These LCD Panel are 
QD32HL01 and another one is QD32HL03. 
For this LCD TV symptom, no display, the QD32HL01 LCD panel their T-
CON board Q300 open circuit causing the TV no display. This Q300 function 
as an on/off switch for DC-DC section. Direct replace Q300 with FDN339AN 
and the problem solved. 
 
 
 
FDN339AN 
Vds= 20V 
Id= 3A 
Rds= 0.035 ohm 
 
 
 
 
 
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For the LCD panel using QD32HL03, their T-CON board D304 (BAV99LT1) 
opened circuit and causing the TV no display. This D304 is using on the VGH 
circuit line. After replace D304 the TV problem solved. 
 
 
 BAV99LT1 
 VR= 70V 
 IF= 215mA 
 
7) Model: Hisense TLM40V68P LCD TV (T-CON Board: V400H1-C01) 
Symptom: Display White Screen only. 
The other function like sound and remote control are ok and working properly. 
 
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Repair/Solution: 
This LCD TV panel take a bit long time to start-up the display. But the TV 
display white screen only. Since all other function normal, so the suspicion 
section is the T-con board. 
Starts measuring this T-con board and found that their VGHP voltage is missing, 
0V but other voltage testing points are normal. Normally this VGHP has about 
19.5V. Power off the TV, using Multimeter ohm range to measure their VGHP 
point with GND and the values is 0 ohm! That’s mean the VGH P circuit line 
has component shorted. First check the circuit line filter caps, when remove that 
capacitor CP19, the VGHP circuit line ohm values are back to normal. After 
testing this CP19 and found it was shorted. After replace CP19 on the T-con 
board, the problem still remains the same! When checking the VGHP circuit 
line, it is still 0V. Forward to UP1 pin10, here can measure the 2.25V and 
5VAC output. VAA testing point has about 13V, so to confirm that the DP5 is 
open circuit. After removed DP5 and using Multimeter to testing this 
component, double confirm that DP5 is opened circuit. After changed both 
components, the TV appear the display perfectly. 
 
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8) Model: Hisense TLM4288 LCD TV 
Symptom: Screen fully of vertical color lines and then no display. 
When power on the TV, it is ok but after half an hour, the screen was changed 
to vertical color lines. And it also appears some horizontal bar on the screen. 
Some time it can back to normal and change to vertical lines and then the TV no 
display. But their sound, backlight and the remote control, all function working 
properly. 
 
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Repair/Solution: 
For this LCD TV symptom, so the suspicion parts will be the LVDS cable or 
their T-con board problem. This TV symptom was because of the mainboard 
LVDS signal are not match with timing control in the T-con board. First 
checking the LVDS cable both sides contact pins are clean and no any dirty on 
the pins. After that checking their cable continuity and it is ok. So the other part 
is the T-con board. 
After testing T-con board all voltages normal and stable, so the problem should 
be in the LVDS connector and their signals processing section. Since this TV 
symptom was occur after half an hour, so it could be the components dry joints 
or heat sensitive. So after power on the TV, try to using a plastic rod to pressing 
the T-con. When the plastic rod pressing on the LVDS connector socket, the TV 
screen back to normal! So the culprit is the LVDS connector socket dry joints. 
After resolder the LVDS connector socket, the LCD TV is ok, even after burn 
test about 4 hours it’s still working properly. 
 
 
 
 
 
 
 
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9) Model: LG LC370W01-A5K1 T-con Board 
Symptom: Grey Screen, No display 
 
 
 
Repair/Solution: 
This T-con board Vin is use 12V as input voltage. Found their Vccinput SMD 
fuse KT opened and looks like other components has shorted in the circuits. 
Measure the Vin line ohm values is normal. After that checking the other 
voltage output lines ohm values and found that VDD with GND has 0 ohm! 
That’s mean something was shorted to ground. Finally found that C130 filter 
cap was short circuit. After replace SMD fuse KT and C130 filter cap, the TV is 
back to normal. 
 
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10) Model: LG LC420W02-B6 LCD Panel with 6870C-0046B T-con Board 
Symptom: Screen Show Negative Display with Full Red Color 
 
 
Repair/Solution: 
The LVDS cable is ok. For this type of display symptom, you must try to slowly 
minimum the Contrast feature. If after minimum or closed the feature of 
Contrast and display back to normal (have colors), that’s mean, the problem was 
in the T-con board and it is causing by timing control not working properly. If 
after minimum the Contrast feature, the display is missing color, so the problem 
was in the mainboard. 
 
Since this is T-con board problem, so concentrate to testing it. Normally if 
Timing Control section work, it must have: 1) Correct Vcc input (from DC-DC 
section supply), 2) Panel setting (this setting data was store in the EEPROM IC), 
3) Data communication EEPROM with Timing Control IC must stable. 4) If the 
Timing Control IC defective it also can effected. Their voltage input is normal 
and corresponding components also no problem. So try to find another junk 
board to remove both EEPROM U2 & U5 (both 24Y02) to this T-con board. 
After power on the TV, yes the problem solved! 
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11) Model: Sony 37 inches LCD TV with AUO T370XW02 T-CON Board 
Symptom: The Character normal, but the picture area when it is bright, their 
edges got other color banding. 
Look like the LVDS cable contact problem. When it is brighter, their symptom 
becomes serious. If turn the Contrast down to 50%, the character and picture 
back to normal! From this method we know that it is not the mainboard problem 
but it could be LVDS cable or T-CON board. 
Repair/Solution: 
Check the LVDS cable both contact pins and also using an eraser to wipe clean 
both side. But it is not help. So suspect the T-CON board problem. From the 
symptom on the screen, if the problem is T-CON board, then it could be their 
Gamma circuit’s lines problem. 
Found this T-CON board had 22 testing point, GAMMA1~GAMMA22. Where 
their normal GAMMA circuit lines voltage level are decrement way. After 
testing their voltage points, found GAMMA1 till GAMMA20 are using 
decrement way it was from 15V till 3V, but the GAMMA21 voltage point was 
about 8V! It should be 3V or below. Tracing this GAMMA21 line and it is from 
the AS15-F DC-DC & Gamma IC. So trace this line corresponding components, 
but all looks good. So decide to replace the IC AS15-F and problem solved! 
Note: The AS15 series of DC-DC IC (14+1 Channel Voltage Buffers IC) have 
higher damage rates on the T-con board. When you check the T-con board with 
this IC, power off the TV and use the finger touch on this IC. If you feel it is 
warm only, then it should be good. But if you feel it is extremely hot on the IC 
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surface, that’s mean this IC is gone and need to be replace. The AS15-HG can 
use as an equivalent of AS15-G and same as the AS15-F & AS15-HF. Their 
different is only theAS15-HG built in the heatsink inside bottom of IC body. 
 
 
12) Model: Sony KLV32S400A LCD TV 
Symptom: Negative Picture, Display Distortion or White Screen 
This model of TV has the above symptoms and all are because of their T-con 
board problem. 
 
 
Repair/Solution: 
This model LCD TV, their T-con board has very high damage rates on the U6 
IC (AS15-F or AS15-xx series IC). When power off the TV, try to use the 
finger to touch U6 IC and you will feeling it is extremely hot! After replace this 
IC, the problem solved. 
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Page 92 
**The other Screen Problem repair tips, please refer to V2.0- LCD TV Repair 
Tips at: http://www.LCDRepairGuide.com/V2/ 
 
*For the complete learning LCD Television repair, highly recommend you join 
the LCD Television Repair membership site as below: 
Http://www.LCD-Television-Repair.com 
 
 
 
 
 
 
 
 
 
 
 
SHAVIC
Typewritten text
ImagineX ElectronicS
COLLECTION OF LCD/LED TELEVISION REPAIR TIPS-V3.0 
 
Page 93 
Conclusion: 
I strongly suggest you to print out this e-book and binding it as a book for easy 
reference. 
If you have questions about LCD Television Repair, please do not hesitate to 
send me an email at: 
fastrepairguide@gmail.com 
I wish you all the best and look forward to hearing your success story. Enjoy 
repair! 
 
To your success, 
 
http://www.LCDRepairGuide.com 
http://www.LCD-Television-Repair.com 
http://www.Plasma-Television-Repair.com 
http://www.Projection-Tv-Repair.com 
http://www.FastRepairGuide.com 
 
 
If you want to buy the Test Equipment, Tools and 
Spare Parts please visit to the page here: 
http://www.LCDRepairGuide.com/tools 
 
All these tools and equipment will help you in troubleshooting 
and repairing the electronics devices. 
 
 
SHAVIC
Typewritten text
ImagineX ElectronicS
COLLECTION OF LCD/LED TELEVISION REPAIR TIPS-V3.0 
 
Page 94 
 
BONUS 1: 
LG LCD & LED TV Interconnect Schematic Diagrams 
 LG 32LC50C………………………………………95 
 LG 32LH30……………………………..………… 96 
 LG 37LH55……………………………..………… 97 
 LG 42LH40………………………………..……… 100 
LG 42LH50………………………………..……… 102 
 LG 47LE8500 …………………………………… 104 
 
BONUS 2: 
 
T-CON Board Schematic/Circuits Diagrams 
 AUO T260XW02-VS ………………………………… 110 
 AUO T315HW02-V2 ………………………………… 121 
 AUO T315HW02-V3 ………………………………… 125 
 AUO T315XW02-VV ………………………………… 135 
 AUO T370HW02-VC ………………………………… 146 
 AUO T370XW02-VF ………………………………… 150 
 AUO T400HW02-V3 ………………………………….154 
 AUO T400XW01-V7 ………………………………… 158 
AUO T460HW03-V4 ………………………………… 162 
 LG LC420WX7-SLA1-731 …………..……………… 166 
SHAVIC
Typewritten text
ImagineX ElectronicS
SHAVIC
Typewritten text
ImagineX ElectronicS
SHAVIC
Typewritten text
ImagineX ElectronicS
X1000
100Mhz
32LC50C INTERCONNECT DIAGRAM
J3
J1
Power Supply
Main (Digital) Board
T-CON Board
Front PWB 
Assembly
(Interface)
Side (Key) Controls
P400
P201
F200
F100
SK101
L
N 6.3A / 250V
A/C Fuse
IR Receiver
Power Button
To Speakers
P101
Reset 
63V/2A
J3 J4
TO TFT MODULE
SMPS TEST 1: To Force Power Supply On.
Disconnect P1100 and P1101 on Main PWB.
Jump pin 2 to pin 3 thru a 10K Ohm resistor. As seen in 
the image to the left. This should force the SMPS to the 
on state. All Voltages should be produced. (6V, 19V, 12V)
SMPS TEST 2:
To force the ballast on short pin 5 to pin 8 thru a 100 Ohm 
resistor.
LVDS
IC1109
1 (3.3V)
2 (3.3V)
3 (GND)
4 (1.2V)
5 (2.6V)
IC506
Warning:
T-Con PWB under shield. Be sure to reinsert 
screws before operating set with shield removed.
UC1
D1
L3
U4 1) 0V
2) 1.8V
3) 3.3V
P204 "SMPS" to CN1 "Inverter PWB"
12V to T-CON 
Pin 1, 2, 3, 4.
To Back 
lights
F1 (12V)
TO TFT MODULE
CN5
15.7V
LD200
P1204
TUNER
P600
P206
N/C
P204
LD201
IC302
IC1000
IC202
T2
T2
T2
T2
T2
T2
Pin 28-31 = 12V to TCON
P1200
P500
P1101 P1100
P202P203
N/CP201 “SMPS” to P1100 "Main PWB"
P202 “SMPS” to P1101 "Main PWB"
X901
27Mhz
X300
27Mhz
X501
19.6Mhz
X200
27Mhz
P401IC400
IC1109 IC1108
IC1108
1 (2.6V)
2 (2.6V)
3 (GND)
4 (1.2V)
5 (1.3V)
IC1114
1 (2.6V)
2 (5.0V)
3 (GND)
4 (3.3V)
5 (1.2V)
IC1114
To Side A/V
To Adapter 
PWB
To Back 
lights
To Back 
lights
To Backlights
To Back 
lights
To Back 
lights
Pin Label STBY Run Diode Check
1,2,3,4,5 24V 0V 24V 0.86V
6,7,8,9,10 Gnd Gnd Gnd
11 BRI 0V Open
12 5.1V
13 (PWM) DIM 3.3V
14 ERROR 2.3V
0V
0V
0V
0V
Open
Open
Open
CN1
63V 8A
Pin Label STBY Run Diode Check
1 5.1V
2 1.6V
3
4
5
5.0V
6
I-C (Inv-On)
2.3V
7
Gnd
0V Open
8
Gnd
Open
9
5.0V
10 0V 3.3V
11 0.3V 6.1V
12
4.18V 1.8V
1.6V
Open
Open
Open
Open
13
ADC (AC Det)
0V 1.9V 1.1V
(PWR) On/Off
STBY 5V
Err
I-B (BRI)
STBY 5V
Gnd
(PWM) DIM
6V
3.4_ON
2.7V
5.1V
0V
5.1V
0V
0V
0V
5.1V
Pin Label STBY Run Diode Check
1 12V 11.8V 12.3V
2
MPI-DOUT
2.2V3
4
5 SPI-DOUT
6
SPI-CLOCK7
Gnd8
5V9
10 4.9V
Open
1.28V
1.2V
.5V
Open
MPI-DIN
SPI-DIN
IR-DOUT
Gnd
2.77V
0V
5.0V
5.0V
1.8V
1.2V
P1200 ‘Main PWB” to P1201 "Adapter PWB"
11 0V OpenSpare
5.0V
5.0V
4.9V
2.77V
0V
5.0V
5.0V
0V
5.0V
5.0V
IC1200
Pin Label STBY Run Diode Check
1 LED-R 3.2V
2
0.5V3
0V
4
5 TX
6
KEY27
Gnd8
KEY19
10
Open
0V
2.9V
1.3V
1.3V
ST5V
LED-O
5.0V
4.7V
P1204 ‘MainPWB” to J1 "IR / Key PWB"
3.2V
3.2V
0V
3.2V
5.0V
4.7V
3.2V
3.2V
1 10K ohm 
¼ Watt
100 ohm 
¼ Watt
2
3
4
5
6
7
8
9
10
11
12
13
24V 
P201
IC1110
IC1104
IC1106
IC1101
IC1106
1 (6.0V)
2 (3.2V)
3 (GND)
IC1104
1 (1.1V)
2 (2.6V)
3 (GND)
4 (3.2V)
5 (3.2V)
IC1110
1 (1.1V)
2 (2.5V)
3 (GND)
4 (4.9V)
5 (1.4V)
IC1101
1 (6.0V)
2 (6.0V)
3 (5.0V)
4 (GND)
5 (GND) Update
U16
16Mhz
X1200
7.3728
Mhz
X400
18.432Mhz
I-C (Inv-On)
BALLAST PWB
16
Pin Label STBY Run Diode Check
1 19V 0V 18.5V
2
Gnd
3
4
5 6V 6.1V
6
3.4V7
Gnd8
12V9 0V 12.3V
10
Open
Open
Open
1.6V
Open
19V
Gnd
Gnd
Gnd
18.5V0V
0V
0V 3.4V
Gnd Gnd Gnd
Gnd Gnd Gnd
Gnd Gnd Gnd
Gnd Gnd Gnd
Gnd Gnd Gnd
Gnd Gnd Gnd
Gnd Gnd Gnd
Gnd Gnd Gnd
Gnd Gnd Gnd
Gnd Gnd Gnd Gnd
Gnd Gnd Gnd Gnd
Gnd Gnd Gnd Gnd
Gnd Gnd Gnd
Gnd Gnd Gnd
Note: Stby 5V 
and AC Det 
must be 
present at all 
times.
Note: STBY 5V (P201 pin 8) and AC Det 
(ADC) (P201 pin 1) must be present at all 
times. Check both ends of the the cable. 
If AC Det missing, check ohms to see if 
shorted. If yes, replace responsible board. If 
not, jump STBY 5V to ADC. If Main board 
responds correctly, SMPS at fault. If not, 
Main board at fault.
Gnd
IC705
1.26V_VDDC
1 (0.78V)
2 (Gnd)
3 (5V)
4 (5.9V)
5 (5V)
6 (1.3V)
7 (1.3V)
8 (3.16V)
32LH30 INTERCONNECT DIAGRAM
Power Supply
P201
F501
F100
SK100
L
N
6.3A / 250V
A/C Fuse
335V Actual Reading
3.15A / 250V Rating
P101
TO TFT MODULE
SMPS TEST 1: To Force Power Supply On.
Disconnect P800 on Main PWB.
Jump pin 7,8,9 or 10 (5V) to pin 2 using a 10K 
resistor. (Test Voltage Outputs 12V, and 24V).
SMPS TEST 2: Jump pin 2 to pin 20 (INV-ON).
(Ballast and all voltages should turn on).
20 bit LVDS
Warning:
T-Con PWB under shield. 
Be sure to reinsert screws 
before operating set with 
shield removed.
12V to T-CON 
Pin 48 ~ 51
P800 “Main” TO CN1 “T-CON”
11
Gnd6
K13A60DQ602
K6A60DQ101, Q102
FSU10B60
D201, D251, 
D252, D255
Gen PT #
MBRF10100CT
D602
LOC
TO TFT MODULE
LED1
T2T1
D255
D201
D252
D251
Q102
Q101
Q602
D602
A/
C
 R
ec
tif
ie
r 
4A
+
-
~
~
CN1
P203
SK101
7
8
9
10
1.95V0V0VLVDS-SEL
Open*0V0VPWM-DIM
1.75V0V0VOPC-OUT
1.75V0V0VOPC-EN
1.1V1.2V0VTXA4+
1.1V1.1V0VTXA4-
12
13
1.1V1.2V0VTXA3+
1.1V1.1V0VTXA3-
1.1V1.1V0VTXAC+
1.1V1.2V0VTXAC-
14
15
16
17
1.1V1.2V0VTXA2+
1.1V1.1V0VTXA2-
19
20
1.1V1.2V0VTXA1+
1.1V1.1V0VTXA1-
1.1V1.1V0VTXA0+
1.1V1.2V0VTXA0-
32
23
24
25
1.1V3.24V0VBIT-SEL27
1.1V1.2V0VTXB4-
1.1V1.2V0VTXB3+
29
1.1V1.1V0VTXB3-
30
31
1.1V1.1V0VTXBC+32
1.1V1.2V0VTXBC-33
1.1V1.1V0VTXB2+35
0.8V1.1V0VTXB0+
1.1V1.2V0VTXB0-
1.1V1.2V0VTXB2-36
0.8V1.1V0VTXB1+38
1.1V1.2V0VTXB1-39
40
41
3.18V12.1V0VLVDS 12V48
3.18V12.1V0VLVDS 12V49
3.18V12.1V0VLVDS 12V50
3.18V12.1V0VLVDS 12V51
MAIN (Digital) Board
To 
Speakers
Reset 
IC100
IC1004
8vsb/
QAM
Q706
1 (5V)
2 (0.48V)
3 (0.48V)
4 (6V)
5-6 (12.3V)
7-8 (5V)
IC600
Audio
56 Pin
To SM
PS
 P
W
B
L726
L710
Q706 Switch
(12V LVDS)
(5V General)
X1005
25 Mhz
X100
12 Mhz
IC1003
IC601
IC701
P600
P700
P1204
LD1000
To Front Control
IC105
IC704
3.3V-FE
1 (0.78V)
2 (Gnd)
3 (5V)
4 (7.4V)
5 (2.12V)
6 (3.28V)
7 (3.28)
8 (5V) IC701
1.8V_DDR
1 (N/C)
2 (3.18V)
3 (3.18V)
4-5 (N/C)
6 (1.87V)
7 (0.8V)
8 (Gnd)
Q702
Inv-On Control
Gnd0V
(0.6V)
3.85V (0V)
IC1000
1.2V_PVSB
1 (N/C)
2 (3.2)
3 (3.2V)
4-5 (N/C)
6 (1.2V)
7 (0.8V)
8 (Gnd)
IC105
HDCP EEPROM
1-2 (Gnd)
3 (5V)
5-6 (0V)
4-7 (Gnd)
6 (1.2V)
7 (0.8V)
8 (5V)
IC101
Flash Memory
1-2 (0V)
3-4 (0V)
5-6 (0V)
7-8 (3.2V)
IC1003
5V-Tuner 
source
1 (12V)
2 (Gnd)
3 (8.94V)
IC1002
5V-Tuner
1 (8.94V)
2 (2.37V)
3 (5V)
4 (N/C)
5 (Gnd)
IC702 
(3.3V_ST)
1 (5V)
2 (3.3V)
3 (0V)
IC601
1.8V Amp
1 (3.2V)
2 (1.8V)
3 (0V)
IC107
Power Det
1 (Gnd)
2 (Reset) .3V
3 (3.28V)
IC107
IC704
3.3V_FE
IC705
1.26V_VDDC
Grayed Out ICs are 
located on Back*
IC100
Video
Processor
Mstar
P800
( ) = Off
IC702
Also, Main Micro
Q701
PWR On5V (5V)
5V (0V)
0V (0.6V)
To T-CON 
(LVDS)
IC500 / IC501
HDMI EDID
IC500 IC501
IC1200
R,G,B PC/
DDC
1
TUNER
16 SIF
19 Video
4 (5V)
12 DIF +
13 DIF -
15 (5V)
24V LED
Tuner Data
CN1 CONNECTOR "T-CON” PWB CON PWB
Pin Diode TestRun VSTBYPin ID Pin Diode TestRun VSTBYPin ID
Ballast
48Khz input
1.2KV1.2KV
Side (K
ey) C
ontrols
Gnd
Key2
Gnd
Key1
Label
Gnd
Open
Gnd
Open
Diode 
Check
GndGnd4
3.3V3.3V3
GndGnd2
3.3V3.3V1
Run STBYPin
J3
J1
Front PWB 
Assembly
(Interface)
IR Receiver
Power Button
P203 "SMPS" to CN1 "Ballast"
Open0V0VError14
Open3.40V0VVBR_B13
Open3.45V0VOn/Off12
Open1.67V0VBVR_A11
GndGndGndGnd10
GndGndGndGnd9
GndGndGndGnd8
GndGndGndGnd7
GndGndGndGnd6
0.729V24.52V0VVBL5
0.729V24.52V0VVBL4
0.729V24.52V0VVBL3
0.729V24.52V0VVBL2
0.729V24.52V0VVBL1
Diode CheckRun STBYLabelPin
Open0V0VError14
Open3.40V0VVBR_B13
Open3.45V0VOn/Off12
Open1.67V0VVBR_A11
GndGndGndGnd10
GndGndGndGnd9
GndGndGndGnd8
GndGndGndGnd7
GndGndGndGnd6
0.729V24.52V0VVBL5
0.729V24.52V0VVBL4
0.729V24.52V0VVBL3
0.729V24.52V0VVBL2
0.729V24.52V0VVBL1
Diode CheckRun STBYLabelPin
Main
Power
Switch
P101 o J3 Front PWB
Note: CN1 Pin 1 is P800 Pin 51
To Backlight
Left Side
To Backlight
Right Side
16 16
On then Off 
after ballast 
fires
22V p/p 34V p/p
Pin 1 Pin 6
Do not run 
Ballast without 
heat sink 
attached
Pins 1, 11, 18, 21, 26, 34, 37, 42~46 are all Ground
Pins 1~6 and 47 Are not used
Pin 21 BR1 (ADIM Analog Dimming)
 Fixed and not used
Pin 24 PDIM (Digital Dimming) can vary according
 to type of signal being processed and the 
 OSD Backlight setting. 
 0.6V 0% to 3.3V 100%. 
 Output from the Video Processing chip IC100.
P201 Even“SMPS” to P700 “Main”
Open4.99V0VPWR-ON2
Open0V0VErr Out22
Open3.2V0VPDIM24
CheckRun STBYLabelPin
ncncncnc1
GndGndGndGnd3,4,5,6
ncncncnc23
Open5.14V5.14V5V7,8,9,10
GndGndGndGnd
Open12.3V0V12V
GndGndGndGnd
0.73V24.8V0V24V
GndGndGndGnd11,12
Open12.3V0V12V13,14
GndGndGndGnd15,16
0.73V24.8V0V24V17,18
ncncncnc19
Open4.67V0VINV.ON20
Open1.66V0VBR121
P1204 CONNECTOR "MAIN PWB" to 
J1 "Front IR / LED PWB 
Open3.29V0V12
0.76V3.29V3.3V_ST11
GndGndGndGnd10
Open4.8V4.8VIR9
GndGndGndGnd8
GndGndGndGnd7
1.5V5.1V5.1V5V ST6
1.1V3.3V3.3VKey25
1.4V3.3V3.3VKey14
GndGndGndGnd3
1.67V3.3V3.3VSDA2
Open3.3V3.3VSCL1
Diode CheckRun STBYLabelPin
Open3.29V0VPOWER On/Off
0.76V3.29V3.29V
GndGndGnd
Open4.8V4.8V
GndGndGnd
GndGndGnd
1.5V5.1V5.1V
1.1V3.3V3.3V
1.4V3.3V3.3V
GndGndGnd
1.67V3.3V3.3V
Open3.3V3.3V
Diode CheckRun STBYLabel
E
C
B
KEY
(-5V)
Pin 56
(24.3V)
Pin 55
(16V)
Pins 5,6
(3.3V)
Pins 2,3
(-5V)
Pin 5
(24.3V)
Pin 6
(16V)
Pins 55,56
(3.3V)
Pins 58,59
US3
63V/1.5A
CN4
US2
1 (0V)
2 (1.8V)
3 (3.3V)
UC1
D8
D9
L1
L2
3.3V
F1 (12V)
CN1 16.9V
FL1
FL2
FL3
FL4
1.5V 
Fuse
s
3.3V 
Fuses
T-CON
CN3
16.9V 3.3V
C110C115 3.3V
16.9V
24.3V
D10
A
C
A
-7.26V
VDD
12V LVDS
FL7
GndFL8
Gnd
Pins
48-51
C84
3.3V
12V LVDS
R92
Pin 
23,24
Pin 
25,26
24V Pin 8
12V 
LVDS
12V Pin 37,38
37LH55 INTERCONNECT DIAGRAM
P3000
SMPS TEST 1: Low Voltagetest.
To Force Power Supply On.
Disconnect P800 on Main PWB.
Jump pin 7,8,9 or 10 (5V) to pin 2 using a 10K resistor. (Test Voltage 
Outputs 12V, and 24V).
SMPS TEST 2: Backlight test. (Connectors from Test 1 remain.)
Jump pin 2 to pin 20 (INV-ON). Remove CN3 from the T-CON PWB 
to the Ballast. (All voltages and the Backlights should turn on).
If not, confirm that pin 3 of CN1 on the Ballast is >3V. 
If not, with CN3 disconnected from T-CON, Jump pin 7,8,9 or 10 
(5V) through a 100 ohm to pin 3 of CN1 on the Ballast. 
20 bit LVDS
Warning:
T-Con PWB under shield. 
Put screws back in before 
operating set with shield 
removed.
P800 CONNECTOR "MAIN” AND CN1 T-CON PWB
Ballast
1.2KV1.2KV
Side (K
ey) C
ontrols
Gnd
Key2
Gnd
Key1
Label
Gnd
Open
Gnd
Open
Diode 
Check
GndGnd4
3.3V3.3V3
GndGnd2
3.3V3.3V1
Run STBYPin
P2
P1
Front PWB 
Assembly
(Interface)
IR Receiver
Power Button
Main
Power
Switch
P3000 o P2 Front PWB
Note: CN1 Pin 1 is P800 Pin 51
To Backlight
Bottom Left Side
To Backlight
Bottom Right Side
Do not run Ballast 
without heat sink 
attached
Pins 6-10, 15, 18, 26, 31, 34 and 51 are all Ground.
Pins 5 and 46-50 are not used.
Pin 3 PDIM (Digital Dimming)
Can vary according to the brightness level of the 
video signal and the OSD Backlight setting. 
0.6V 0% to 3.3V 100%. Output from the Video 
Processing chip IC100 (Mstar).
P1200 CONNECTOR "MAIN PWB" to P1 "Front IR / LED PWB 
1.2KV
To Backlight
Top Left Side
To Backlight
Top Right Side
12V to T-CON Pin 
48 ~ 51
1) 7.06V
2) 16.27V
3) 2.36V
4) 13.4V
5) 0V
6) 11.14V
7) 10.4V
8) Gnd
9) 0V
10) 16.26V
11) 8.39V
12) 8.1V
13) 3.23V
14) 3.24V
15) 6.89V
16) 16.27V
17) 2.36V
18) 3.11V
19) 0V
20) 16.29V
21) 16.27V
22) 5.25V
23) 6V
24) 0V
25) 0V
26) 0V
27) 0V
28) 3.25V
U2
TO TFT MODULE
CN5
UC1
CN4
FL7 Gnd
FL6
Gnd
12V LVDS
Pins 48-51
B C
E
Q2
Q1
A
C
A
A
C
A
A
C
A
Q3
Q4
AC
A
D5
D4
D6
X1
FL4
CN1 CN2
C43
C42C41C40
C102C103
C38
C
39 C
36
12V
16.34V
16.3V
16V12V
16.3V
20.5V
-2.79V
Gnd
C30
C69
8.18V
1) 6.9V
2) 7.47V
3) 7.47V
12V
U4
F1 (12V)
125V/3A
U1
2.72V
3.28V 3.26V
1.6V
3.8V P/P
9.97Mhz
26.6V 12.2V
26.4V
B
C
E
Gnd
C94
56/57
Gnd
1.2V
3.24V
1.2V
3.3V
1) 6.9V
2) Gnd
3) 7.46V
U1
8) 0V
7) 3V
6) 0V
5) 3.25V
1) 0V
2) 0V
3) 0V
4) 0V
U2
L1
L2
1) 1.15V
2) 0.5V
3) 16.35V
4) 11.79V
5) 11.75V
6) Gnd
7) Gnd
15) 1.82V
16) 0V
17) 3.5V
18) 3.5V
19) 1.21V
20) Gnd
21) 11.84V
U4
22) 11.84V
23) 11.82V
24) 0V
25) 3.33V
26) 11.02V
27) 11.85V
28) 1.22V
8) 16.35V
9) 11.84V
10) 3.51V
11) 7.17V
12) 3.78V
13) 0V
14) 1.22V
P-Dim
Pin 3
U5
7 6
11 853/54
53/54
3.3V56/5716.3V
3.3V
16.3V
D3
16.34V
D2
D1
-7.47V
26.2V
P-Dim
Pin 8
U3
16.3V3.3V -7.47V 26.2V16.3V 3.3V
26.2V -7.47V
TO TFT MODULE
p/n EAT60664401
p/n EAY60701701
MAIN (Digital) Board
To S
peakers
Resets 
IC100
L726
P600
IC100
Video
Processor
Mstar
1
16 SIF
19 Video
4 (5V)
12 DIF +
13 DIF -
15 (5V)
IC600
Audio
L606
L607
IC1002
Q1202
IC1
Q701 IC706
IC701
IC704
IC705
Q706
IC2
Q702
P700
P1200
Q106
IC502
HDMI Sel
IC1004
Tuner Ctrl
TUNER
TU1001
TDVW-H103F
X1005
25Mhz
IC900
IC901
1
2
3
4
5
X800
12Mhz
IC708
IC1000
Q100
IC101 IC707
L712
IC1001
P801P800
L718
P104
N/C
U
S
B
H
D
M
I4
Video
Aud L
Aud RQ1200
HDMI1
HDMI2
HDMI3
Y Pr/Pb 1
Y Pr/Pb 2
AV In
Remote Optical
RGB
RS232
Audio
Audio
X100
12Mhz
IC901
IC1202
IC1200
IC1201
D1223
Q1000
Q1001
IC601
IC1003
Q600
D102
Q105
IC103
B
CE
31
2
BC
E
IC702
A
A
C
D1239
A
A
C
IC104
D1204
D1240
D1238
IC107
3
1 2
Q705
BC
E
BC
E
BC
E
Q704
Q703 IC800
B C
E
B C
E
IC501
D500
L710
B
C E
A
AC
A A
C
IC801
Tru-Motion
LVDS LVDS
IC105
B
C
E
B
C
E
B
C
E
B CE
1 2 3 4 5
SW100
LD1000
B
C E
Grayed out components are 
on the back side
Gnd
Pin 1, 2, 4
FL1
FL3
FL5
CN3
LED1
On then Off 
after ballast 
fires
T3
16
OutLow
T2
1 6
Out Low
T4
1 6
OutLow
F1
12A/65V
LED1
U1 U2
Q1
Q2 Q18
Q16
Q5
Q6 Q19
Q17
CN4
CN1
35uF/680V
- +
35uF/680V
35uF/680V
- +
- +
CN3 CN6
CN2 CN5
1.2KV
To pin 192 UC1
R
+ to R
-8.2 O
hm
L+ to L-8.2 O
hm
LD1000
Lights 
when 
tuner OK
Power Supply
P201
SK100
N
3.15A / 250V
335V (Hot Gnd)
D254
D201
D251
D252
Q102
Q602
D602
A
/C
 R
ec
tif
ie
r 4
A
SK101
F501
IC500
IC501 IC
502
IC101
n/c
P203
L601
C
104
C
101
F100 5A/250V
T100
5V = 2.0A
12V = 2.0A
24V = 6.1A
Primary
Secondary
Q101
+
-
~
~L102
L
AC IN
Note: Pin 3 is P-DIM from the T-CON.
The T-CON receives P-DIM on CN1 pin 8 
which is from the Main board via LVDS 
cable Main P800 pin 44.
The T-CON outputs P-DIM on pin 3 of 
CN3 to CN4 on the Ballast board.
CN4 "Ballast" to CN3 "T-CON"
22V p/p / 126kHZ 39V p/p / 64Khz
Pin 1 Pin 6
Pin 1 or 6 of any transformer
All others Open
Diode Check
 P1
For voltages
See P1200
2.3V pin 6
Gnd pin 3,7,10
Open3.29V0V12
0.6V3.29V3.3V_ST11
GndGndGndGnd10
Open3.9V3.9VIR9
GndGndWarm8
GndGndGndGnd7
1.5V5.0V5.1V5V ST6
1.4V3.3V3.3VKey25
1.4V3.3V3.3VKey14
GndGndGndGnd3
1.8V3.2V1.5VSDA2
1.8V3.2V1.5VSCL1
Diode CheckRun STBYLabelPin
POWER On/Off
3.29V
Diode CheckRun STBYLabelPin
P201 “SMPS” to P700 “Main”
1.69V4.99V0VPWR-ON2
Open0V0VErr Out22
1.2V3.24V0VP-DIM24
CheckRun STBYLabelPin
ncncncnc1
GndGndGndGnd3,4,5,6
ncncncnc23
Open5.09V5.1V5V7,8,9,10
GndGndGndGnd
Open12.15V0V12V
GndGndGndGnd
0.73V24.8V0V24V
11,12
12V13,14
15,16
0V17,18
ncncncnc19
Open4.8V0VINV.ON20
Open1.67V0.6VBR121
Diode
P600 "MAIN" to “Speakers”
PIN LABEL RUN Diode 
Check
1 R- 13V 1.05V
2 R+
3 L- 13V 1.05V
4 L+
13V 1.05V
13V 1.05V11
Gnd6
D201, D254
Gen PT #LOC
FCH10A10
D251, D252 MBRF10100CT
Q101, Q102 K6A60D
Q602 F15NM60N
D602 FSU10B60
EL817IC101, 501, 502
ICE3B0365JIC500
B2M2883IC100
L6562AIC600
Back of the board
P203 "SMPS" to CN4 "Ballast"
PIN LABEL RUN Diode Check
1-5 VBL / 24V 24.83V 0.73V
6-10 Gnd Gnd Gnd
11 VBR-A BR1 1.67V Open
12 INV On/Off Open
13 *PWM-DIM 3.24V Open
14 Status/Error Open0V
4.8V
IC101
IC600
Grayed out components are 
on the back side
Tuner D
ata
20
16
15
14
13
12
11
10
9
8
7
6
5
4
3
2
1TDVW-H103F
TU1001
NC_1
RF-AGC
+B (5V)
GND (1)
SDA
SCL
AS
NC-2
AUDIO_OUT
SIF
Shield
Not Used
Not Used
19
18
17 NC-4
VIDEO_OUT
IF_AGC
DIF (+)
DIF (-)
NC-(VT)
GND (2)
Not Used
Not Used NC-3
+B (2)
Not Used
Outputs On
Digital Channels
Outputs On
Analog Channels
Gnd
IC1203
VDD
VCC
*PWM-DIM (Note this line is not used.)
 It is open (n/c) on the Ballast board.
PIN LABEL RUN Diode Check
1 Gnd Gnd Gnd
2 C_1
3* C_2 *3.3V Open
4 n/c
Gnd Gnd
Gnd Gnd
1.1V1.3V29
1.1V1.3V
1.1V1.2V
30
1.1V1.1V
32
33
1.1V1.3V35
1.1V1.3V36
1.1V1.3V37
GndGnd
1.75V0.6V
1.1V1.3V38
1.1V1.3V39
1.1V1.3V40
41
42
1.75V3.2V43
1.3V*3.3V44
1.95V0V45
P800 Diode TestRun VPin ID
URSA_A-3
URSA_A+3
URSA_ACK-
URSA_ACK+
URSA_A-2
URSA_A+2
URSA_A-1
URSA_A+1
URSA_A-0
URSA_A+0
OPC_OUT2
OPC_EN
OPC_OUT1
PWM_DIM
LVDS_SEL
23
22
20
19
17
16
15
14
13
12
11
10
9
8
7
CN1
1-4
11
12
13
3.18V12.06V12V_TCON
1.1V1.3VURSA_B-4
1.1V1.3VURSA_B+4
1.1V1.3VURSA_B-3
1.1V1.3VURSA_B+3
1.1V1.1V
14
1.1V1.2V
1.1V1.3V
URSA_BCK-
1.1V1.3V
1.1V1.3V
URSA_B-2
16
17
19
1.1V1.3V
URSA_B+2
1.1V1.3V
URSA_B-1
20
21
1.1V1.3V
URSA_B+1
1.1V1.1V
URSA_B-0
1.1V1.3V
URSA_B+0
1.1V1.3V
BIT_SEL
22
23
24
25
Diode TestRun VPin ID
URSA_BCK+
URSA_A-227
URSA_A+228
48-51
41
40
39
38
36
35
33
32
31
30
29
28
27
25
24
P800CN1
T1
16
Out Low
LED1 assist the backlights in the firing 
process when ambient room light is 
minimal. Exciting the Selenium gas.
37LH55 MAIN (FRONT SIDE) ICs
IC101 Flash Memory from Boot IC701 1.8V DDR Reg IC705 +3.3V / +1.26_VDDC IC707 1.8V_MEMC Reg IC1000 +1.2V_PVSB Regulator
Pin for Saturn IC100 Pin Pin Pin Pin
[1] 0V [1] n/c (0V) [1] 0.8V [1] 0.9V [1] n/c
[2] 3.2V [2] 3.24V [2] Gnd [2] Gnd [2] 3.4V
[3] 2.54V [3] 3.24V [3] 5V [3] 5V [3] 3.4V
[4] Gnd [4] n/c (0V) [4] 6.08V [4] 6.47V [4] n/c
[5] 0V [5] n/c (0V) [5] 4.96V [5] 4.85V [5] n/c
[6] 0V [6] 1.88V [6] 1.3V [6] 1.86V [6] 1.2V
[7] 3.24V [7] 0.8V [7] 1.3V [7]1.86V [7] 10.8V
[8] 3.24V [8] Gnd [8] 3.2V [8] 4.89V [8] Gnd
IC105 EEPROM Memory IC704 +3.3V / +3.3V_MEMC IC706 5V EXT Regulator IC708 1.26V_MEMC Reg IC1001 3.3V-PVSB and FE Reg
Pin for Saturn IC100 Pin Pin Pin Pin
[1] Gnd [1] 0.8V [1] 0.8V [1] Gnd [1] 4.9V
[2] Gnd [2] Gnd [2] Gnd [2] 0.8V [2] 4.9V
[3] 5V [3] 4.96V [3] 12V [3] 1.3V [3] Gnd
[4] Gnd [4] 7.68V [4] 6.63V [4] 1.28V [4] 3.4V
[5] 3.24V [5] 4.9V [5] 4.98V [5] 1.8V [5] 1.2V
[6] 3.24V [6] 3.3V [6] 4.98V [6] 5V
[7] 5V [7] 3.3V [7] 0V [7] 1.28V IC1002 Tuner 5V Reg
[8] 5V [8] 2V [8] 5V [8] 5V Pin
[1] 8.9V
[2] 1.93V
[3] 5V
[4] n/c
[5] Gnd
37LH55 MAIN (FRONT SIDE) TRANSISTORS AND DIODES
Q100 WP Flash Memory Q706 5V General Switch Q1202 5V Wireless Switch 
Pin for Boot IC101 Pin 12V LVDS Switch Pin Controls Q504
[B] 0V [1] 5V [B] 0V
[C] 2.54V [2] 0.3V [C] 3.29V
[E] Gnd [3] 12V [E] Gnd
[4] 4V
Q106 Reset Switch S100 [5] 12V
Pin (Saturn) video processor [6] 12V
[B] 0V [7] 5.0V
[C] 3.29V [8] 5.0V
[E] 0V
Q702 INV On driver Q1200 IR Buffer RS232
Pin to P601 pin 20 Pin
[B] 0.07V [B] 0.64V
[C] 4.8V [C] 0V
[E] Gnd [E] Gnd
37LH55 MAIN (BACK SIDE) TRANSISTORS AND DIODES
Q105 Power On Delay Q703 5V General Switch Q1000 SIF (Tuner) Sound D500 IC501 PIV protect
Pin Pin +5V Switch Pin Pin
[B] 0V [B] 0.64V [B] 2.37V [A1] 0V
[C] 1.97V [C] 0V [C] Gnd [A2] 3.28V
[E] Gnd [E] Gnd [E] 3.02V [C] 0V
Q600 Audio Mute Q704 Panel Switch Control Q1001 SIF (Tuner) Sound D1204 Moving LED
Pin for IC600 Pin Pin Pin
[B] 0V [B] 0V [B] 1.69V [A1] 0V
[C] 3.27V [C] 0.64V [C] Gnd [A2] 0V
[E] Gnd [E] Gnd [E] 3.2V [C] 0V
Q701 RL On driver Q705 Panel Switch Control D102 Audio Mute (Route) D1223 5V to IC1200
Pin to P700 pin 2 Pin Pin Pin
[B] 2.93V [B] 0.64V [A1] 0V [A1] 5V
[C] 4.98V [C] 0V [A2] 0V [A2] 0V
[E] 5.08V [E] Gnd [C] 0.1V [C] 4.79V
D1238 Key2 (Zener) Protect D1239 IR (Zener) Protect D1240 Key1 (Zener) Protect 
(A) Gnd (C) 3.3V (A) Gnd (C) 3.3V (A) Gnd (C) 3.3V
37LH55 MAIN (BACK SIDE) SIMICONDUCTORS
IC103 Reset IC501 HDMI CEC IC800 SPI Flash IC1201 RS232 Tx/Rx IC1202 USB 5V Over
Pin Pin Pin Pin Pin Current Protection
[1] Gnd [1] 3.21V [1] 0V [1] 3.3V [1] 4.9V
[2] 0V [2] 3.29V [2] 1.3V [2] 5.3V [2] Gnd
[3] 3.3V [3] n/c [3] 3.25V [3] 0V [3] 0V
[4] n/c [4] Gnd [4] 0V [4] 0V
IC104 BCM EEPROM [5] n/c [5] 0V [5] (-5.28V) [5] 0V
Pin [6] 3.2V [6] 0V [6] (-5.3V) [6] 4.93V
[1] Gnd [7] 3.25V [7] (-5.3V)
[2] Gnd IC601 1.8V_AMP Regulator [8] 3.25V [8] 0V IC1203
[3] Gnd Pin [9] 3.25V Pin
[4] Gnd [1] Gnd IC1003 Tuner 9V Reg [10] 0.14V [1] 1.59V
[5] 3.24V [2] 1.8V Pin [11] n/c [2] 3.23V
[6] 3.24V [3] 3.24V [1] 12V [12] n/c [3] 0V
[7] 0V [2] Gnd [13] 0V [4] 1.62V
[8] 3.24V IC702 3.3V_ST Regulator [3] 8.9V [14] 5.37V [5] 3.23V
Pin [15] Gnd
IC107 Power Det [1] Gnd IC1200 RGB Serial [16] 3.3V
Pin for Micro [2] 3.3V Pin
[1] Gnd [3] 5.08V [1] Gnd
[2] 3.3V [2] Gnd
[3] 4V [3] Gnd
[4] Gnd
[5] 4.79V
[6] 4.79V
[7] 4.79V
[8] 4.79V
42LH40 INTERCONNECT DIAGRAM
SMPS TEST 1: To Force Power Supply On.
Disconnect P700 on Main PWB.
Jump pin 7,8,9 or 10 (5V) to pin 2 using a 100Ω
resistor. (Test Voltage Outputs 12V, and 24V).
SMPS TEST 2: Jump pin 2 to pin 20 (INV-ON).
(Backlights and all voltages should turn on).
P1204 CONNECTOR "MAIN PWB" to J1 "Front IR / LED PWB 
MAIN (Digital) Board
X100
12 Mhz
Q706
LD1000
1
TUNER TU1001
SIF 16
Video 19
(5V) 4
DIF + 12
DIF - 13
(5V) 15
IC1100
Video
Processor
Tru-Motion
Video Reset
SW1100
Micro Reset
SW100
X1005
25Mhz
IC704
IC2 X1100
12 Mhz
P1401 P1400
L1301
L1300
D1402
IC705
L718IC706
P700
P1200
IC1300
D1400
IC701
D1401
P600
L607
L606
IC600
IC601
IC1002
Q105 Q106
IC103
IC502
IC501
D500
IC708
IC1000
IC101
IC1301
IC707L712
Q100
IC1202
Q1200
D1204
IC1
L726
L710
IC300
IC301
P1100
Software
Upgrades
N/C
IC1004
8vsb/
QAM
IC1001
D1100
Q1100
IC102
LD1100
IC105
IC104
IC1201
IC1200
D1223
Q1001
Q1000
Q600
IC702
IC1003
Q1202
D102
Q705 Q704
Q701
Q703
Q702 D1403
IC1101
IC1203
Components that are Grayed out are on the back.
P201 “SMPS" to P700 "Main PWB"
2PDIM Pin 24 can vary according to type of signal 
being processed and the OSD Backlight setting. 
0.6V 0% to 3.3V 100%. Output from the IC100.
P201
SK101
AC IN
SK100
P401
P402
F100
3.15A/250V
Run 380V
STBY 157V
From Hot Gnd
F501
SMPS
Switch Mode 
Power Supply
F100
6.3A/250V
AC IN
T704
T703
1.2KV
Main Power SWSide (K
ey) C
ontrols
P1
Front PWB 
Assembly
IR Receiver
Intelligent Sensor
P3000
P2
IC100
Micro and
Video
Processor
Mstar
Tuner
P2 "Front IR / LED PWB to P3000 Keys
1.2KV
TO TFT MODULE
Pin 2 (-5V)
Pin 4 (26V)
Pin 56,57,58 (16V)
Pin 53,54 (3.3V)
Pin 3,4,5 (16V)
Pin 7,8 (3.3V)
Pin 59 (-5V)
Pin 57 (26V)
Component Voltage on Next Page
1 ADIM Pin 21 Fixed and not used
Gnd
Key2
Gnd
Key1
Label
Gnd
Open
Gnd
Open
Diode 
Check
GndGnd4
3.3V3.3V3
GndGnd2
3.3V3.3V1
Run STBYPin
Open3.29V0V12
0.76V3.29V3.3V_ST11
GndGndGndGnd10
Open4.8V4.8VIR9
GndGndGndGnd8
GndGndGndGnd7
1.5V5.1V5.1V5V ST6
1.1V3.3V3.3VKey25
1.4V3.3V3.3VKey14
GndGndGndGnd3
1.67V3.3V3.3VSDA2
Open3.3V3.3VSCL1
Diode CheckRun STBYLabelPin
POWER On/Off
3.29V
STBYLabel
ncncncnc1
Gnd
nc
Diode 
Check
GndGndGnd3,4,5,6
2.85V5.14V5.14V5V
GndGndGndGnd
1.2V12.3V0V12V
0.81V21.4V0V24V
ncncncnc19
Open1.66V0V1 A.DIM21
ncncnc23
Run STBYLabelPin
1.19V4.98V0VPWR-On2
2.25V3.8V0VINV.ON20
Open0V0VErr Out22
Open3.2V0V2 PDIM24
7,8,9,10
11,12
13,14
GndGndGndGnd15,16
17,18
R406
R403
R406 / R403
Bottom leg
48Khz
53V p/p
250V 82mF
250V 82mF
250V
 82m
F
250V
 82m
F
1 2
23 24 16V Pin 42 IC1300
For Panel
26V Pin 8 IC1300
For Panel
-5V Anode D1401
For Panel
3.3V Top Side of 
L1301 For Panel
42LH40 MAIN (BACK SIDE) SIMICONDUCTORS
Q1000 Tuner SIF IC1200 HDMI Q1202 Moving LED Q703 Turns on 5V IC104 EEPROM D1403 LVDS 16V D1100 LD1100 (Q1100) D1223 B+ Routing
Pin Pin Pin Driver Pin General Q706 Pin Pin Source Pin Gate Pin RGB
E 2.4V [1] Gnd E 0.1V E 0V [1] Gnd A 12.2V A 0V A 5.1V
C 0V [2] Gnd C 0V C 0V [2] Gnd K 16.6V K 0.33VV K 4.8V
B 3.0V [3] Gnd B 3.3V B 0.62V [3] Gnd A 0V
[4] Gnd [4] Gnd
Q1001 Tuner Video [5] 4.8V IC1003 9V Reg Q704 Turns on [5] 3.25V
Pin analog [6] 4.8V Pin for Tuner Pin Q705 [6] 3.25V IC1203 SPDIF Optic
E 2.5V [7] 4.8V [1] 12.3V E 0V [7] 0V Pin
C 0V [8] 4.8V [2] 8.9V C 0V [8] 3.25V [1] 3.25V
B 3.2V [3] Gnd B 0.62V [2] 3.24V
IC1101 Flash IC1100 LD1100 Driver [3] Gnd
IC1201 RS232 Pin Q600 Audio Mute Pin [4] 1.6V
Pin [1] 0V Pin Q705 Turns on LVDS G 0.29V [5] 3.25V
[1] 3.3V [2] 1V E 0.1V Pin 12V Q706 D 2.9V
[2] 5.6V [3] 3.26V C 3.2V E 0V S 0V
[3] 0V [4] Gnd B 0V C 0V
[4] 0V [5] 0V B 0.66V
[5] 5.5V [6] 0.1V Q701 PWR-On to IC107 Power Det
[6] 5.5V [7] 3.26V Pin P700 pin 2 IC105 HDCP EEPROM Pin Reset
[7] 5.5V [8] 3.26V E 5.12V Pin [1] 0.0V
[8] 0V C 4.99V [1] Gnd [2] 3.3V
[9] 3.3V IC702 STBY 3.3V B 3.07V [2] Gnd [3] 3.2V
[10] 3.26V Pin Turned on by Q700 [3] 5.05V
[11] 0V [1] Gnd [4] Gnd D102 Audio Mute
[12] 3.3V [2] 3.3V Q702 INV-On to [5] 5.05V Pin Routing
[13] 0V [3] 5.1V Pin P700 pin 20 [6] 5.05V A 0V
[14] 5.6V E 0V [7] 3.25V K 0.1V
[15] Gnd C 3.8V [8] 3.25V A 0V
[16] 3.3V B 0V
42LH40 MAIN (FRONT SIDE) SIMICONDUCTORS
IC701 1.8V DDR IC705 3.3V / 1.26V IC101 Flash Boot IC103 Reset IC707 5V EXT IC1001 3.3V FE
Pin Pin Pin Memory Pin Pin 1.8V MEMC Pin
[1] n/c [1] 0.8V [1] 0V [1] Gnd [1] 0.8V [1] 4.9V
[2] 3.2V [2] Gnd [2] 3.2V [2] 0V [2] Gnd [2] 4.9V
[3] 3.2V [3] 5V [3] 2.5V [3] 3.3V [3] 4.9V [3] Gnd
[4] n/c [4] 6.12V [4] Gnd [4] 6.5V [4] 3.36V
[5] n/c [5] 4.99V [5] 0V Q105 Power On [5] 4.84V [5] 1.19V
[6] 1.8V [6] 1.3V [6] 0V Pin Delay [6] 1.8V
[7] 0.79V [7] 1.3V [7] 3.2V E Gnd [7] 1.8V IC1000 Flash Boot
[8] Gnd [8] 3.19V [8] 3.2V B 0V [8] 4.83V Pin Memory
C 1.96V [1] 0V
IC704 3.3V Reg Q706 5V General IC708 3.3V Reg IC601 1.8V Amp [2] 3.36V
Pin Pin LVDS 12V Pin Q106 Reset Pin [3] 3.36V
[1] 0.79V [1] 5.1V [1] Gnd Pin [1] Gnd [4] n/c
[2] Gnd [2] Gnd [2] 0.79V E Gnd [2] 1.8V [5] n/c
[3] 5V [3] 12V [3] 1.26V B 0V [3] 3.3V [6] 1.19V
[4] 7.7V [4] 0.67V [4] 1.26V C 3.3V [7] 0.79V
[5] 4.9V [5] 12V [5] 1.8V [8] Gnd[6] 3.3V [6] 12V [6] 5V
[7] 3.3V [7] 5V [7] 0V IC1002 5V for Tuner
[8] 2.1V [8] 5V [8] 5V Pin
[1] 8.9V
D1400 LVDS 16V D1401 LVDS (-5V) D1402 LVDS 3.3V D1204 LED Moving [2] 1.93V
Pin Source Pin Source Pin Source Pin Ft LED [3] 5V
A 14.7V A (-5V) A Gnd A 0V [4] n/c
J 20V J (-2.38V) K 3.3V K 0.14V [5] Gnd
K 27V K Gnd A 0V
B
C E
G
D
S
J
KA
42LH50 INTERCONNECT DIAGRAM
SMPS TEST 1: To Force 
Power Supply On.
Disconnect P700 on Main 
PWB.
Jump pin 7,8,9 or 10 (5V) to 
pin 2 using a 100Ω resistor. 
(Test Voltage Outputs 12V, 
and 24V).
SMPS TEST 2: Jump pin 2 
to pin 20 (INV-ON).
(Backlights and all voltages 
should turn on).
P3400 CONNECTOR "MAIN PWB" to
J1 "Front IR / LED PWB 
P201 “SMPS" to P2400 "Main PWB"
P201
SK101
AC IN
SK102P401
P402
F100
3.15A/250V
Run 390V
STBY 165V
From Hot Gnd
F501
SMPS
Switch Mode 
Power Supply
F100
6.3A/250V
AC IN
T704
T703
1.2KV
Main Power SW
Side (K
ey) C
ontrols
P1
Front PWB 
Assembly
IR Receiver
Intelligent Sensor
P3000
P2
1.2KV
Open3.29V0V12
0.76V3.29V3.3V_ST11
GndGndGndGnd10
Open4.8V4.8VIR9
GndGndGndGnd8
GndGndGndGnd7
1.5V5.1V5.1V5V ST6
1.1V3.3V3.3VKey25
1.4V3.3V3.3VKey14
GndGndGndGnd3
1.67V3.3V3.3VSDA2
Open3.3V3.3VSCL1
Diode CheckRun STBYLabelPin
POWER On/Off
3.29V
STBYLabel
ncncncnc1
Gnd
nc
Diode 
Check
GndGndGnd3,4,5,6
2.85V5.14V5.14V5V
GndGndGndGnd
1.2V12.3V0V12V
0.81V21.4V0V24V
ncncncnc19
Open1.66V0V1 A.DIM21
ncncnc23
Run STBYLabelPin
1.19V4.98V0VPWR-On2
2.25V3.8V0VINV.ON20
Open0V0VErr Out22
Open3.2V0V2 PDIM24
7,8,9,10
11,12
13,14
GndGndGndGnd15,16
17,18
R406
R403
R406 / R403
Bottom leg
48Khz
53V p/p
250V 82mF
250V 82mF
250V
 82m
F
250V
 82m
F
MAIN (Digital) Board
P1100
2
123
42LH50 MAIN PWB COMPONENT LAYOUT
Components that are 
Grayed out are on the back.
2
1
2
3
12 34 5
2
1 2 3
P1102
X1100
IC2408
IC2405
IC3400
P201
X200
IC2502
D500
IC2300
IC2103
IC2404
IC501
Q2405
IC2407
IC3201 Q2401
IC3200
SW101
BCM Reset
IC102
X3200
Q2406
IC2400
L2417
L2419
IC2401
Q2408
Q2404
Q2402
IC2402
IC2403
IC2406
L2418
L2416Q2407
P2400
P3400
P2300
IC502 IC2101
IC2500
IC2301
IC1101
TruMotion
IC3211
Q3204
24Mhz
12Mhz
54M
hz
 LED LD2400ZD3400
ZD3401
ZD3402
P1101
IC1101 
Operates at high 
temperature
1
TUNER
TU2500
TD
VW
-H
10
3F
C
BE
C BE
IC2102
IC2100
Q2501
Q2500
Q3400
Q2400
Q100
IC1100
D2128
P2 "Front IR / LED PWB to P3000 Keys
Gnd
Key2
Gnd
Key1
Label
Gnd
Open
Gnd
Open
Diode 
Check
GndGnd4
3.3V3.3V3
GndGnd2
3.3V3.3V1
Run STBYPin
IC103
Q3401
C
B E
C
ncA2
1
2
3
B
C
E
B C
E
B
C
E
B
C
E
BC
E
For
Software 
Upgrades
SIF 16
Video 19
(5V) 4
DIF + 12
DIF - 13
A
C
A
BC
E
C BE
C BE
C B
E
13
2
IC100
Video Processor
BCM
IC100 Operates at 
high temperature
IC3202
Tuner
2PDIM Pin 24 can vary according to type of signal 
being processed and the OSD Backlight setting. 
0.6V 0% to 3.3V 100%. Output from the BCM chip.
1 ADIM Pin 21 Fixed and not used
Hot Gnd
3
1 3 2
2
1 2 3
1.6V 1.6V
L208
1.49V
1.5V
X200 TP
A KA
1.4V
1.49V
Microprocessor
TO TFT MODULE
125V / 3A
CN5 CN4
TO TFT MODULE
UC1
FL3
F1 (12V)
TO TFT MODULE
T-CON PWB
(TFT Driver)
Gnd Protect
CN1
U11D11
Q2
U12
U10
Pin 2
Pin 4
Pin 56,57,58
Pin 53,54
1) 0V
2) 1.19V
3) 3.3V
G
) 0.1V
S
) G
nd
D) 1.46V
0V
1V
B 2.78V
12
3
2
1) Gnd
2) Gnd
3) Gnd
4) Gnd
8) 3.34V
7) 3.09V
6) 3.34V
5) 3.34V
MCM Flash
LD1
A
3.3V On
C 
0.7V On
1.38V Off
26V
16V -4.9V
3.3V
Pin 59
Pin 57
Pin 3,4,5
Pin 7,826V
16V-4.9V
3.3V
UC1 drives Q2 which 
drives LD1 to assist the 
backlights during start up.
Stby = Off
Both Anode / Cathode 0V
On 
Anode 3.3V Cathode 0.7V
30 Seconds later
Off
Anode 3.3V Cathode 1.38V
U13
Speakers
P2400 "Main PWB" to P201 “SMPS"
nc
Gnd
nc
Diode Check 
Gnd
nc
Open
Open
Open
Gnd
1
19
21
23
2
20
22
24
3,4,5,6
7,8,9,10
11,12
13,14
15,16
17,18
Open
Open
Open
Open
Open
For Voltages see P201
D8
L1
CN2
FL2
Gnd Protect
D7
L2 D9
D10
U5
E 3.3V
C 3.3V
16V
20.5V 14.25V
-2.4V
R701R702
R
70
4
R
70
5
R
70
6
3.3V
3.3V
16V26V
27V
C
74
4
R
72
1
16V( 12V )
U5
Gnd
-4.9V
 U5 B+ ( 12V )
VCC
42LH50 MAIN (FRONT SIDE) SIMICONDUCTORS
IC102 BCM Reset IC2103 RS232 IC2401 5V USB IC2404 3.3V-ST IC2407 A2.5V Reg IC2502 5V Reg IC3211 Power Det Q2401 24V PWR Sw Q2406 5V and
Pin Pin Rx/Tx Pin Fan Pin 3.3V-VDDP-ST Pin Pin for Tuner Pin Pin Q2405 Pin LVDS 12V Switch
1 3.3V [1] 3.25V [1] 0V 1 Gnd [1] n/c [1] 8.98V [1] Gnd B 0.59V [1] 5V
2 Gnd [2] 3.27V [2] 12V 2 3.3V [2] 3.23V [2] 1.9V [2] 3.3V C 0V [2] 0.2V
3 3.29V [3] n/c [3] Gnd 3 5V [3] 3.3V [3] 5V [3] 3.36V E 0V [3] 12.3V
[4] n/c [4] 0.8V [4] n/c [4] 0V [4] 6V
IC2101 RGB [5] n/c [5] 0.8V [5] n/c [5] 0V IC3400 USB 5V Q2402 5V Sw Ctl [5] 12.3V
Pin Sync [6] Gnd [6] 5V IC2405 1.8V-DDR [6] 2.53V Pin Pin Q2406 [6] 12.3V
[1] 1.9V [7] n/c [7] 5V Pin Reg [7] 0.53V IC3200 Micro Reset [1] 5V B 0.59V [7] 5V
[2] 1.9V [8] Gnd [8] 5V [1] 0.58V [8] Gnd Pin [2] 0V C 0V [8] 5V
[3] 4.38V [9] Gnd [2] 1.8V [1] 3.3V [3] 3.3V E 0V
[4] 1.9V [10] 4.76V IC2402 1.8V-MEMC [3] 3.3V IC2408 1.8V-DDR [2] Gnd [4] 3.3V Q2407 POW On/Off2
[5] 1.9V [11] 4.76V Pin Pin Reg [3] 0.6V [5] 0V Q2404 LVDS Sw Ctl Pin
[6] 4.5V [12] 3.17V [1] Gnd [1] Gnd [6] 5V Pin Q2406 B 3.37V
[7] Gnd [13] 3.3V [2] 5V IC2406 1.26V-MEMC [2] 3.3V B 0.59V C 4.7V
[8] n/c [14] 3.3V [3] Gnd Pin Reg [3] 0.89V IC3201 uP EEPROM IC501 HDMI Remote C 0V E 5V
[9] 1.9V [15] 3.3V [4] 0.8V [1] n/c [4] 0.9V Pin Pin E 0V
[10] 1.9V [16] 5V [5] 1V [2] 1.87V [5] 1.8V [1] Gnd [1] 3.3V Q2408 INV Ctl
[11] 4.38V [6] 4.98V [3] 1.87V [6] 3.3V [2] Gnd [2] 3.3V Q2405 24V PWR Pin
[12] 1.9V IC2400 1.2V Core [7] 1.89V [4] n/c [7] 1.8V [3] 3.29V [3] n/c Pin 12V PWR B 0V
[13] 1.9V Pin [8] 1.89V [5] n/c [8] 0.89V [4] Gnd [4] n/c [1] 21.28V C 4.55V
[14] 5V [1] Gnd [6] 1.27V [5] 3.3V [5] n/c [2] 12.31V E 0V
[2] 5V IC2403 3.3V/A3.3V [7] 0.8V IC2500 9V Reg [6] 3.3V [6] 3.19V [3] 12.31V
IC2300 1.8V Amp [3] Gnd Pin Reg [8] Gnd Pin for Tuner [7] 0V [4] 6V Q3204 Micro
Pin Audio [4] 0.8V [1] Gnd [1] 12.3V [8] 3.3V [5] 12.31V Pin Reset Sw.
1 Gnd [5] 0.9V [2] 12V [2] 8.9V [6] 12.31V B 0.59V
2 1.8V [6] 3.23V [3] Gnd [3] Gnd [7] 21.28V C 0V
3 3.3V [7] [8] 1.2V [4] 0.8V [8] 21.28V E 0V
[5] 0.9V
[6] 3.23V
[7] 3.37V D500 IC501 shunt LD2400 A3.3V OK ZD3400 IR Clamp ZD3401 Key2 Clamp ZD3402 Key1 Clamp
[8] 3.37V Pin Pin Pin Pin Pin
A1 0V A1 n/c C 2.68V C 3.3V A Gnd
C 3.1V C Gnd A Gnd A Gnd C 3.3V
A2 3.29V A2 1.62V
42LH50 MAIN (BACK SIDE) SIMICONDUCTORS
IC103 BCM EEPROM IC2102 RGB IC2100 RS232 Q100 IC101 Flash Q2501 Tuner Video
Pin Pin EEPROM Pin Rx/Tx Pin Write Protect Pin Buffer
[1] Gnd [1] Gnd [1] 3.3V B 0V B 3.4V
[2] Gnd [2] Gnd [2] 5.4V C 3.3V C 0V
[3] Gnd [3] Gnd [3] 0V E 0V E 2.79V
[4] Gnd [4] Gnd [4] 0V
[5] 3.3V [5] 3V [5] (-5V) Q2400 12V PWR Ctl Q3400 LED PWR On
[6] 3.3V [6] 3.7V [6] (-5V) Pin Q2405 Pin
[7] Gnd [7] 4.8V [7] (-5V) B 0V B 0V
[8] 3.3V [8] 4.49V [8] 0V C 0V C 3.3V
[9] 3.29V B 0.778V E 0V
IC1100 SPI Flash D2128 5V to IC2102 [10] 3V
Pin Pin [11] n/c Q2500 Tuner SIF Q3401 EDID WP
[1] 0V A1 5V [12] n/c Pin Buffer Pin
[2] 1.4V C 4.5V [13] 0V B 0.898V B 0V
[3] 3.3V A2 0V [14] 5.4V C 0V C 4.8V
[4] Gnd [15] Gnd E 0.246 E 0V
[5] 0V [16] 3.3V
[6] 0.34V
[7] 3.3V
[8] 3.3V
B
C
E
47LE8500 INTERCONNECT DIAGRAM
Intelligent Sensor
Intelligent Sensor
Stand-by
P8200 Connector "MAIN Board" To CON1 "IR Board"
Indicates Hot 
Ground
SMPS TEST 1
P2
01
A
PW
R
 O
N
3 17 511 915 1319 1721
4 28 612 1016 1420 1822
23
24
STB
Y 3.5V
12V12V
STB
Y 3.5V 24V24V
24V12V
IN
V-O
N B
SMPS TEST 2
P2
01
A PW
R
 O
N
3 17 511 915 1319 1721
4 28 612 1016 1420 1822
23
24
STB
Y 3.5V
12V12V
STB
Y 3.5V
24V24V
24V12V
Front pins on connector
are odd numbers.
Front pins on connector
are odd numbers.
INVERTER (SECONDARY)
p/n: AFB72950101
CN1
LE
D
 E
xtension Board
CN2
LE
D
 Extension Board
CN12
CN13
LE
D
 E
xtension Board
V73~V80
V81~V88
V1~V8
V9~V16
V17~V24
V25~V32
V33~V40
V41~V48
V49~V56
CN23CN24
To the Panel
P204 Connector "SMPS" To CN1 "INVERTER Main"
Diode Check
9 IR 1.57V Open
10 Gnd Gnd Gnd
11 3.3V_Normal 0V 0.59V
12 LED_BUZZ 0V Open
Pin Label STBY Run 
1.54V
Gnd
3.3V
0V
7 Gnd Gnd Gnd Gnd
8 LED_LOGO 0V 0V Open
Pin Label STBY Run 
1 SCL 3.45V 3.45V Open
2 SDA 3.45V 3.45V Open
3 Gnd Gnd Gnd Gnd
4 Key1 3.29V 3.29V 1.9V
5 Key2 3.29V 3.29V 1.9V
6 3.5V_ST 3.45V 3.45V 1.24V
Diode Check
P7901 "MAIN Board" Connector To CN103 "Inverter Main" 
Pin Label STBY Run Diode
1 R_VS 0V 0V Open
2
3 M2_MOSI 0V *0.15V~3.32V 1.1V
4
Gnd Gnd Gnd Gnd
5
6
7
8
M2_SCLK 0.22V 1.1V0V
Gnd Gnd Gnd Gnd
M3_MOSI 0V 1.1V
M3_SCLK 1.1V0V
Gnd Gnd Gnd Gnd
0V
0V
*Black to White
*Black to White
P7900 "MAIN Board" Connector To CN1 "Inverter Main" 
Pin Label STBY Run Diode
1 L_VS 0V 0V 1.08V
2 M0_MOSI 0V *0.15V~3.2V 1.08V
3 M0_SCLK 0V 0.22V 1.08V
4 Gnd Gnd Gnd Gnd
5 M1_MOSI 0V *0.15V~3.2V 1.08V
6 M1_SCLK 0V 0.22V 1.08V
7 Gnd Gnd Gnd Gnd
8 S_CS_N 0V 2.6V 1.08V
9 S_MOSI 0V *0.15V~3.2V 1.08V
10 S_SCLK 0V 1.08V2.93V
P8800 ConnecTor "Main" To "Speakers"
Pin SBY Run Diode
1 SPK-R(-) 0V 12.3V Open
2 SPK-R(+) 0V 12.3V Open
3 SPK-L(-) 0V 12.3V Open
4 SPK-L(+) 0V 12.3V Open
Label
(1) PDIM Pin 20 can vary according to incoming video IRE level, 
OSD Backlight setting and room light condition. 
0.69V 0% to 3.3V 100% and the Intelligent Sensor. 
Output from the Video Processor IC900.
Front IR
IR Receiver
Intelligent 
Sensor
CON1
Front “Soft Switch” Keys
CON3
CON2
LG Logo
CN25
CN26
CN27
CN28
CN29
CN30
CN31
CN32
CN33
V25~V32
V33~V40
V41~V48
V49~V56
V57~V64
V65~V72
V73~V80
V81~V88
V89~V96
CN10
100 IRE
3.68V p/p 120H
Note: If a particular block is exhibiting a dimmer level 
that the other or the overall brightness seems dim, be 
sure to first check the customer’s Menu setting for 
Backlights. Raise the percentage and see if the overall 
brightness returns to normal. If not, 
1st: Check the P-DIM level, it should rise with the 
percentage shown on screen. 100%, 3.3V. Follow the P-
DIM signal all the way to each Inverter. 
2nd: Turn off the set and unplug the connector to the 
Inverters coming from the Main board. If the brightness 
returns to normal, the Main board is defective.
Drive Signals
to LED Blocks
5 IRE
3.88V p/p 120H
Each connector (27 total) to the LED Blocks (216) 
have two pins delivering B+ 13V and 8 Drive Signals
To force a Block to turn 
on, simple ground the 
pin providing the 13V 
source is present.CN11
CN4
CN5
CN6
CN7
CN8
CN9
CN3
CN22
CN14
CN15
CN16
CN17
CN18
CN19
CN20
CN21
SMPS TEST 1: To Force Power 
Supply On.
Disconnect P8000 on Main board.
(A) Jump pins 9, 10, 11 or 12 (3.5V) 
to pin 1. (Test Voltage Outputs 12V, 
24V to Main and 24V to both 
Inverters). Remove AC power. 
Leave the jumper in place.
SMPS TEST 2: (B) Jump pins 9, 10, 
11 or 12 (3.5V) to pin 18 (INV-ON). 
Apply AC power, the Backlights 
should turn on.
Note; If Inverter Main or Secondary 
is loading down 24V, each Inverter 
can be run separately: 
Remove AC and Disconnect P204. 
When AC is reapplied, the Backlight 
LEDs on the Right (Back View) 
should turn on.
Remove AC and Disconnect P205 
and reinstall P204. When AC is 
reapplied, the Backlight LEDs on the 
Left (Back View) should turn on.
For Waveforms for P7900 and P7901
See 2nd page
SK101
AC In
D221
T102 IC502
IC103
IC501
T501
F101
3.15A/250V
Q111 Q110
Q231
F100
6.3A/250VCX103
RL101
G
D
S GS
C
B
E
BD101
+
-
Q605
D602
G
D
S
C 
A Q606
D603
G
D
S
C 
A
L600
L601
F501
3.15A/250V
47
uF
/4
50
V
47
uF
/4
50
V
47
uF
/4
50
V
47
uF
/4
50
V
47
uF
/4
50
V
47
uF
/4
50
V
T101 A1
A2
A1
C
D222
Q251
Q252
P201P205P204
C
A1
A2
D201
IC102
RL102
C
X102
CX101
D601
D100
D F501 Hot Gnd
STBY 159.6V
Run 392.6V
F101 Hot Gnd
STBY 2.9V
Run 393.3V
D607
D102
D101
C = 3.45V
A1/A2 = 0V
SMPS BOARD
p/n: EAY60908801
A2
C
A
C
AC
IC603
IC605
P7500P7501
IC8005
IC8900
X1001
Grayed out components 
are on the back
54Mhz
P7901
L8015
Rubber
Q?
3
2
13
2
1
IC8007
IC8008
L8905 IC8903
IC8003
L8010
IC301
L8009
IC8001
IC302
L8004IC901
IC8000
IC300
Q300
Q8004
Q8003
Q8001
Q8005
IC9102
L9100
L9102
L9101
IC9103
D9102
D9101
IC9302
L9301 IC8902
L8904 IC8002
L8012
IC700
SW9300
X9300
25Mhz
IC9300
P7900
X9000
12Mhz
P9000 Update
X8100
IC8101
SW8100
IC1000
SW1000
IC8004
IC8800
Q8800
IC8801
L8804 L8805
P8800
P8200
Q8200
Q8201
IC9100
IC8901
IC9301
LG5111 RX/TX
IC9001
T-CON
LG7378A
IC8300
Micro
Q8306
Q8307
TU700
TDVJ-H031F
2. NC
1. NC
Analog Video
Digital Video
P9000
USB1
USB2
HDMI
HDMI
Select
IC606
IC602
IC604
Q8000Q8002IC9303
IC9101
IC8100
D8312
Q8308
Q200
D8306
Q8300 Q8303
Q8301
Q8304
IC8401
Q702
Q701
Q901
D8307
IC8400
Q8302
Q8305
D8309
18. IF p
17. IF n
16. IF AGC
15. Reset
14. 3.3V
13. 1.26V
12. GND
11. CVBS
10. NC
 9. SIF
 8. NC
 7. SDA
 6. SCL
 5. NC
 4. NC
 3. 5V
IC8200
IC9000
10
Mhz
X8101
32.768Khz
MAIN BOARD
p/n: EBU60842601
IC900
Video Processor
LGE3549XQ
S
D
G
A
C
AC
SD
G
1
2 3
D
G
S
P8000
EC
B
E
C B
EC
B
E
C B
F101
12A/65V
C101
A
09
50
10
50
C
+-
A
0948
105
0C
+ -
CN103
U103
L207
CN104
U3
E
C
B
E C
B
24.6V
3.3V
3.4V
CN105U4
U5
U13U2
U501CN101
U101 Q106
Q105
N/C
E
C B Q3
Q12
Q108
Q109
Q103
Q101
Q102
L206
Q501
12.8V
13V
24.6V
13V
DO NOT 
MEASURE
C151
Y501
8Mhz
F1
12A/65V
U4
U5U6
Q4
Q5
C75
A0950
1050 C +
-
A0950
1050 C +
-
C98
Q7
Q8
L101
L102
A0948
1050 C +
-
C89 CN11
U103 L103
CN3 CN2
CN4
CN5U10U1U501
U7
U3 U11
U8
U13
E
C
B
Q10
U101
E
C
B
Q2
E
C
B
Q16
E
C
B
Q11
E
C
B
Q1
Q15
E
C
B
E
C BQ3
Q12
24.6V
Gnd
3.3V
3.46V
13V12.96V
13V12.77V
24.6V
13V
13V
DO NOT 
MEASURE
CN1
U102
U9
Y501 Y1
8Mhz 8Mhz
INVERTER (MAIN)
Both Inverters
p/n: AFB72950101
V105~V112
V113~V120
V121~V128
V29~V136
V137~V144
V145~V152
V153~V160
V161~V168
V169~V176
1
2
3
18.15V
24.6V
12.8V
Q105
1
2
3
5V
12.8V
Gnd
Q106
1
2
3
18.3V
24.6V
12.9V
Q4 / Q7
1
2
3
5V
12.9V
Gnd
Q5 / Q8
Pin Label STBY Run 
1-5 24V 0V 24.6V 0.424V
6-10 GND GND GND GND
11 (1) P-DIM 0V 0.69V~3.3V Open
12 (2) I-C 0V 2.92V Open
13 n/c n/c n/c Open
14 ERROR 0V 0V Open
Diode
(2) I-C is Inverter On (INV_ON)
P205 Connector "SMPS" To CN201 "INVERTER Secondary"
Pin Label STBY Run Diode
1-5 24V 0V 24.6V 0.424V
6-10 GND GND GND GND
11 0V 0.69V~3.3V Open
12 0V 2.92V Open
(1) P-DIM
(2) I-C
P8000
Pin Label STBY Run Diode
1 PWR-ON 0V 3.3V 1.68V
2-4 24V 0V 24.6V 0.424V
5-8 Gnd Gnd Gnd Gnd
9-12 3.5V 3.45V 3.44V Open
13-15 Gnd Gnd Gnd Gnd
16 n/c n/c n/c Open
17 12V 0V 11.9V 1.39V
18 INV-ON 0V 2.92V Open
19 12V 11.9V 1.39V
20 (1) P-DIM 0V 0.69V~3.3V Open
21 12V 11.9V 1.39V
22 n/c n/c 0V Open
23 n/c n/c 0V Open
24 ERROR 0V 0V Open
P201 Connector "SMPS" To P8000 "MAIN Board" 
Diode
Gnd
Open
Open
Gnd
1.24V
Gnd
Open
Open
1.63V
Open
Open
Open
Open
Open
0V
0V
CON2 Connector "IR Board" To "Soft Touch Key Board"
Pin STBY Run Diode
1 3.45V 3.36V Open
2 0V 1.63V Open
3 Gnd Gnd Gnd
4 3.3V 3.3V Open
5 3.28V 3.28V Open
6 Gnd Gnd Gnd
7 3.45V 3.36V Open
8 3.45V 3.36V Open
Pin STBY Run Diode
1 3.45V 3.0V 1.5V
2 Gnd Gnd Gnd
3 1.36V 0.64V Open
4
Pin STBY Run Diode
CON3 Connector "IR Board" 
To "Center Logo Board"
Gnd Gnd Gnd
42LE8500 Inverter Main and Secondary Local Dimming Control Signals Waveforms42LE8500 Inverter Main and Secondary Local Dimming Control Signals Waveforms
1V per/div 4MSes 3.66V p/p
Inverter Main CN11 pin 01
Black or White Screen
1V per/div 4MSes 3.70V p/p
Inverter Main CN11 pin 02
Black Screen
1V per/div 4MSes 4.22V p/p
Inverter Main CN11 pin 02
White Screen
1V per/div 4MSes 3.70V p/p
Inverter Main CN11 pin 03
Black Screen
1V per/div 4MSes 3.96V p/p
Inverter Main CN11 pin 03
White Screen
Inverter Main CN11 pin 05
White Screen
1V per/div 4MSes 3.98V p/p 1V per/div 4MSes 3.76V p/p
Inverter Main CN11 pin 08
Black or White Screen
1V per/div 4MSes 3.66V p/p
InverterMain CN11 pin 09
Black Screen
Inverter Main CN11 pin 11
White Screen
1V per/div 4MSes 3.68V p/p
Inverter Main CN11 pin 11
Black Screen
1V per/div 4MSes 3.88V p/p
1V per/div 4MSes 3.56V p/p
Inverter Secondary CN103 pin 03
White Screen
1V per/div 4MSes 3.56V p/p
Inverter Secondary CN103 pin 02
Black Screen
Inverter Secondary CN103 pin 01
Black or White Screen
1V per/div 4MSes 3.52V p/p
1V per/div 4MSes 3.66V p/p
Inverter Main CN11 pin 05
Black Screen
Inverter Main CN11 pin 09
White Screen
1V per/div 4MSes 3.88V p/p
Inverter Main CN11 pin 06
Black or White Screen
1V per/div 4MSes 3.98V p/p
Inverter Secondary CN103 pin 04
Black or White Screen
1V per/div 4MSes 3.62V p/p
CN11 INVERTER (MAIN) FROM P7900 MAIN BOARD
CN103 INVERTER (SECONDARY) FROM P7901 MAIN BOARD
47LE8500 MAIN (FRONT SIDE) SIMICONDUCTORS
IC700 (+1.26V_TU) IC8002 (D1.8V) IC8005 (+3.3V_NORMAL) IC8902 (+1.26V_MEMC) IC9102 DC to DC Q8003 PANEL_VCC Q8800 AMP_MUTE
Pin Regulator Pin Regulator Pin Regulator Pin Regulator Pin HVDD T-CON Pin Control 2nd Driver Pin Pin 25 IC8801
[1] 0V (Gnd) [1] 5V [1] 0V (Gnd) [1] 0V (Gnd) [1] 0V (Gnd) B 0.679V B 0V
[2] 1.26V (Out) [2] 3.34V (In) [2] 11.8V (In) [2] 11.8V (In) [2] 11.72V (In) C 0V C 3.336V
[3] 3.3V (In) [3] 1.8V (Out) [3] 0V (Gnd) [3] 0V (Gnd) [3] 11.72V (In) E Gnd E Gnd
[4] Gnd [4] 0.8V [4] 0.8V [4] 3.25V
IC1000 SOC Reset [5] Gnd [5] 0.86V [5] 0.7V [5] 3.2V Q8004 PANEL_VCC D9101 VGH/VDD
Pin Generator [6] 0.9V [6] 3.36V (PWR On/Off2 C [6] 3.36V (PWR On/Off2 [6] 0V Pin Switch Pin Rectifyer
[1] 3.32V (In) [7] 0.9V [7] 3.36V (Out) [7] 1.3V (Out) [7] 0V S 11.8V (In) A 15.4V
[2] 0V (Gnd) [8] 1V [8] 3.36V (Out) [8] 1.3V (Out) [8] 11.7V G 1.8V (Enable) AC 22.2V
[3] 3.3V (Out) [9] 2.38V [9] 0V (Gnd) D 11.8V (Out) C 27.4V (VGH)
[10] 3.36V (PWR On/Off1 Ctl) IC8007 Power Det Gen IC8903 (+3.3V_MEMC) [10] 1.13V
IC8000 5V Regulator Pin (+12V and +3.5V) Pin Regulator [11] 0V (Gnd) Q8005 INV_ON D9102 VGL/VCC
Pin for USB IC8003 (+5V_NORMAL) [1] 0V (Gnd) [1] 0V (Gnd) [12] 0V (Gnd) Pin Driver Pin Rectifyer
[1] 11.79V (In) Pin Regulator [2] 3.6V (In) [2] 11.8V (In) [13] 0V (Gnd) B 0V (INV ON) En A (-5V VGL)
[2] 5V (Out) [1] 0V (Gnd) [3] 3.5V (Out) [3] 0V (Gnd) [14] 7.7V C 3.1V (Out) AC (-1.9V)
[3] 5V (Out) [2] 11.8V (In) [4] 0.8V [15] 7.7V (HVDD) E Gnd C 0V
[4] 10.5V [3] 0V (Gnd) IC8008 Power Det Gen [5] 0.8V [16] 0V (Gnd)
[5] 3.3V [4] 0.8V Pin (+24V) [6] 3.36V (PWR On/Off2 Ctl) Q8200 IR Buffer
[6] 0.8V [5] 0.86V [1] 0V (Gnd) [7] 3.3V (Out) IC9300 Reset for Pin 2nd
[7] 4.99V [6] 3.37V (PWR On/Off2 Ctl) [2] 3.6V (In) [8] 3.3V (Out) Pin LG5111 B
 [8] 0V (Gnd) [7] 5V (In) [3] 3.7V (Out) [1] 3.32V (In) C
 [8] 5V (In) IC9100 P-GAMMA [2] 0V (Gnd) E Gnd
IC8001 D1.2V and A1.2V IC8800 (+1.8V_AMP) Pin Chip [3] 3.34V (Out)
Pin Regulator IC8004 A2.5V Regulator Pin Regulator [1] 3.3V Q8201 IR Buffer
[1] 0V (Gnd) Pin for USB [1] 0V (Gnd) [2] 0V (Gnd) IC9302 (1.8V_L/Dimming) Pin 1st
[2] 3.3V [1] n/c [2] 1.8V (Out) [3] 3.3V (In) Pin Regulator B 0V
[3] 0V (Gnd) [2] 3.26V (In) [3] 3.295V (In) [4] 0V (Gnd) [1] 0V (Gnd) C 3.3V
[4] 1.2V [3] 3.26V (In) [5] 6.8V [2] 11.8V (In) E Gnd
[5] 3.3V [4] n/c IC8901 (+1.5V_MEMC) [6] 6.8V [3] 0V (Gnd)
[6] n/c [5] n/c Pin Regulator [7] 15.3V [4] 0.8V Q8306 HDMI 
[7] 4.46V [6] 2.55V (Out) [1] 0V (Gnd) [8] 15.3V [5] 0.76V Pin Det
 [8] 3.3V [7] 0.8V [2] 1.5V (Out) [9] n/c [6] 3.34V (PWR On/Off2 Ctl) B 0V
[9] 3.3V [8] 0V (Gnd) [3] 3.3V (In) [10] 13.47V [7] 1.8V (In) C 3.3V
[10] 3.3V [11] 12.75V [8] 1.8V (In) E Gnd
[11] 1.2V [12] 11.8V
[12] Gnd [13] 10V Q8001 PANEL_VCC Q8307 HDMI 
[13] 3.3V [14] 5.96V Pin Control 1st Driver Pin Det
[14] 0.8V [15] 4.06V B 0V B 0V
[16] 15.3V C 0.68V C 4.18V
[17] 0V E Gnd E Gnd
[18] 2.96V
[19] 2.33V
[20] 3.3V (In)
47LE8500 MAIN (BACK SIDE) SIMICONDUCTORS
IC602 D1.8V IC8200 RS232 IC8400 RGB IC8401 EDID Data IC9303 EEPROM Q901 FLASH_WP Q8308 CEC Remote
Pin Regulator Pin Routing Pin H/V Sync Pin PC Pin for LG5111 Pin for IC901 Pin HDMI CEC
[1] 0V (Gnd) [1] 0V [1] 1.9V [1] 0V (Gnd) [1] 0V (Gnd) B 0V (Flash_WP) [B] 2.72V
[2] 3.29V (PWR On/Off1 Ctl) [2] 0V [2] 1.9V [2] 0V (Gnd) [2] 0V (Gnd) C 3.36V [G] 2.73V
[3] 0.9V (DDR_VTT) [3] 0V [3] 4.4V [3] 0V (Gnd) [3] 0V (Gnd) E Gnd [S] 3.27V
[4] 0.93V [4] 0V [4] 0V [4] 0V (Gnd) [4] 0V (Gnd) [D] 3.37V
[5] 1.83V [5] 0V [5] 0.9V [5] 0.7V [5] 3.37V Q8000 RL_ON (PWR_On) D8312 3.5V Pull Up
[6] 3.38V (In) [6] (-5.47V) [6] n/c (4.5V) [6] 4.1V [6] 3.37V Pin 1st Driver Pin HDMI CEC
[7] 1.8V (Out) [7] n/c (5.59V) [7] 0V (Gnd) [7] 4.5V [7] 3.34V B 0.66V A1 0V
[8] 0.91V (DDR_VTT) [8] n/c (0V) [8] n/c (4.5V) [8] 4.5V (In) [8] 3.37V (In) C 0V C 3.26V
[9] n/c (3.3V) [9] n/c (1.9V) E Gnd A2 3.2V
IC8100 EEPROM [10] n/c (0.2V) [10] n/c (1.9V) IC9000 Serial Flash Q200 (1.8V_HDMI)
Pin Micro [11] n/c (3.3V) [11] n/c (4.5V) Pin T-CON Pin Switch Q8002 PWR_ON D8306, 7, 9 5V Pull Up Routing
[1] 0V (Gnd) [12] 3.35V [12] 0.9V [1] 0.06V S 1.83V (Out) Pin Switch Pin HDMI SCL/SDA
[2] 0V (Gnd) [13] 0V [13] 0.9V [2] 0.67V G 3.35V (PWR On/Off2 Ctl) [1] 3.36V (In) A1 5.04V
[3] 0V (Gnd) [14] (-5.47V) [14] 5V [3] 3.3V (In) D 1.83V (In) [2] 0V C 4.58V
[4] 0V (Gnd) [15] 0V (Gnd) [4] 0V (Gnd) [3] 3.3V (Out) A2 0V
[5] 3.37V [16] 3.37V [5] 0V Q701 Tuner SIF
[6] 3.37V [6] 0.34V Pin (Sound) Buffer Q8300, 2 HDMI 2
[7] 0V (Gnd) [7] 3.31V (In) B 0.16V Pin Det
[8] 3.37V [8] 3.34V (In) C Gnd B 4.2V
E 0.83V C 0V
E Gnd
Q702 Tuner Video
Pin (Analog) Buffer Q8303, 4, 5 HDMI 3
B 2.05V Pin Det
C 2.75V B 0V
E Gnd C 4.2V
E Gnd
 47LE8500 Inverter Main and Extension Board A CN3 to CN2
Bright to Dark Bright to Dark
CN3 TO BLOCK CN2 TO BLOCK Voltage CN2 TO BLOCK CN1 TO BLOCK Voltage
50 CN2 V96 1 CN3 pin 10 V96 0.7V~3.9V 50 CN2 n/c 1 n/c n/c n/c
49 CN2 V95 2 CN3 pin 09 V95 0.7V~3.9V 49 CN2 n/c 2 n/c n/c n/c
48 CN2 V94 3 CN3 pin 08 V94 0.7V~3.9V 48 CN2 n/c 3 n/c n/c n/c
47 CN2 V93 4 CN3 pin 07 V93 0.7V~3.9V 47 CN2 n/c 4 n/c n/c n/c
46 CN2 V92 5 CN3 pin 06 V92 0.7V~3.9V 46 CN2 n/c 5 n/c n/c n/c
45 CN2 V91 6 CN3 pin 05 V91 0.7V~3.9V 45 CN2 n/c 6 n/c n/c n/c
44 CN2 V90 7 CN3 pin 04 V90 0.7V~3.9V 44 CN2 n/c 7 n/c n/c n/c
43 CN2 V89 8 CN3 pin 03 V89 0.7V~3.9V 43 CN2 n/c 8 n/c n/c n/c
42 CN2 B+ 9 CN3 pin 02 B+ 12.55V 42 CN2 n/c 9 n/c n/c n/c
41 CN2 B+ 10 CN3 pin 01 B+ 12.55V 41 CN2 n/c 10 n/c n/c n/c
40 CN2 V88 11 CN4 pin 10 V88 0.7V~3.9V 40 CN2 V56 11 CN08 pin 10 V56 0.7V~3.9V
39 CN2 V87 12 CN4 pin 09 V87 0.7V~3.9V 39 CN2 V55 12 CN08 pin 09 V55 0.7V~3.9V
38 CN2 V86 13 CN4 pin 08 V86 0.7V~3.9V 38 CN2 V54 13 CN08 pin 08 V54 0.7V~3.9V
37 CN2 V85 14 CN4 pin 07 V85 0.7V~3.9V 37 CN2 V53 14 CN08 pin 07 V53 0.7V~3.9V
36 CN2 V84 15 CN4 pin 06 V84 0.7V~3.9V 36 CN2 V52 15 CN08 pin 06 V52 0.7V~3.9V
35 CN2 V83 16 CN4 pin 05 V83 0.7V~3.9V 35 CN2 V51 16 CN08 pin 05 V51 0.7V~3.9V
34 CN2 V82 17 CN4 pin 04 V82 0.7V~3.9V 34 CN2 V50 17 CN08 pin 04 V50 0.7V~3.9V
33 CN2 V81 18 CN4 pin 03 V81 0.7V~3.9V 33 CN2 V49 18 CN08 pin 03 V49 0.7V~3.9V
32 CN2 B+ 19 CN4 pin 02 B+ 12.55V 32 CN2 B+ 19 CN08 pin 02 B+ 12.55V
31 CN2 B+ 20 CN4 pin 01 B+ 12.55V 31 CN2 B+ 20 CN08 pin 01 B+ 12.55V
30 CN2 V80 21 CN5 pin 10 V80 0.7V~3.9V 30 CN2 V48 21 CN09 pin 10 V48 0.7V~3.9V
29 CN2 V79 22 CN5 pin 09 V79 0.7V~3.9V 29 CN2 V47 22 CN09 pin 09 V47 0.7V~3.9V
28 CN2 V78 23 CN5 pin 08 V78 0.7V~3.9V 28 CN2 V46 23 CN09 pin 08 V46 0.7V~3.9V
27 CN2 V77 24 CN5 pin 07 V77 0.7V~3.9V 27 CN2 V45 24 CN09 pin 07 V45 0.7V~3.9V
26 CN2 V76 25 CN5 pin 06 V76 0.7V~3.9V 26 CN2 V44 25 CN09 pin 06 V44 0.7V~3.9V
25 CN2 V75 26 CN5 pin 05 V75 0.7V~3.9V 25 CN2 V43 26 CN09 pin 05 V43 0.7V~3.9V
24 CN2 V74 27 CN5 pin 04 V74 0.7V~3.9V 24 CN2 V42 27 CN09 pin 04 V42 0.7V~3.9V
23 CN2 V73 28 CN5 pin 03 V73 0.7V~3.9V 23 CN2 V41 28 CN09 pin 03 V41 0.7V~3.9V
22 CN2 B+ 29 CN5 pin 02 B+ 12.55V 22 CN2 B+ 29 CN09 pin 02 B+ 12.55V
21 CN2 B+ 30 CN5 pin 01 B+ 12.55V 21 CN2 B+ 30 CN09 pin 01 B+ 12.55V
20 CN2 V72 31 CN6 pin 10 V72 0.7V~3.9V 20 CN2 V40 31 CN10 pin 10 V40 0.7V~3.9V
19 CN2 V71 32 CN6 pin 09 V71 0.7V~3.9V 19 CN2 V39 32 CN10 pin 09 V39 0.7V~3.9V
18 CN2 V70 33 CN6 pin 08 V70 0.7V~3.9V 18 CN2 V38 33 CN10 pin 08 V38 0.7V~3.9V
17CN2 V69 34 CN6 pin 07 V69 0.7V~3.9V 17 CN2 V37 34 CN10 pin 07 V37 0.7V~3.9V
16 CN2 V68 35 CN6 pin 06 V68 0.7V~3.9V 16 CN2 V36 35 CN10 pin 06 V36 0.7V~3.9V
15 CN2 V67 36 CN6 pin 05 V67 0.7V~3.9V 15 CN2 V35 36 CN10 pin 05 V35 0.7V~3.9V
14 CN2 V66 37 CN6 pin 04 V66 0.7V~3.9V 14 CN2 V34 37 CN10 pin 04 V34 0.7V~3.9V
13 CN2 V65 38 CN6 pin 03 V65 0.7V~3.9V 13 CN2 V33 38 CN10 pin 03 V33 0.7V~3.9V
12 CN2 B+ 39 CN6 pin 02 B+ 12.55V 12 CN2 B+ 39 CN10 pin 02 B+ 12.55V
11 CN2 B+ 40 CN6 pin 01 B+ 12.55V 11 CN2 B+ 40 CN10 pin 01 B+ 12.55V
10 CN2 V64 41 CN7 pin 10 V64 0.7V~3.9V 10 CN2 B+ 41 CN11 pin 10 B+ 12.55V
9 CN2 V63 42 CN7 pin 09 V63 0.7V~3.9V 9 CN2 B+ 42 CN11 pin 09 B+ 12.55V
8 CN2 V62 43 CN7 pin 08 V62 0.7V~3.9V 8 CN2 V25 43 CN11 pin 08 V25 0.7V~3.9V
7 CN2 V61 44 CN7 pin 07 V61 0.7V~3.9V 7 CN2 V26 44 CN11 pin 07 V26 0.7V~3.9V
6 CN2 V60 45 CN7 pin 06 V60 0.7V~3.9V 6 CN2 V27 45 CN11 pin 06 V27 0.7V~3.9V
5 CN2 V59 46 CN7 pin 05 V59 0.7V~3.9V 5 CN2 V28 46 CN11 pin 05 V28 0.7V~3.9V
4 CN2 V58 47 CN7 pin 04 V58 0.7V~3.9V 4 CN2 V29 47 CN11 pin 04 V29 0.7V~3.9V
3 CN2 V57 48 CN7 pin 03 V57 0.7V~3.9V 3 CN2 V30 48 CN11 pin 03 V30 0.7V~3.9V
2 CN2 B+ 49 CN7 pin 02 B+ 12.55V 2 CN2 V31 49 CN11 pin 02 V31 0.7V~3.9V
1 CN2 B+ 50 CN7 pin 01 B+ 12.55V 1 CN2 V32 50 CN11 pin 01 V32 0.7V~3.9V
CN2 to CN1
Inverter Main
CN1 to CN2
Extension A
CN3 to CN2 CN2 to CN3
Extension AInverter Main
 47LE8500 Inverter Main and Extension Board B CN4 to CN12
Bright to Dark Bright to Dark
CN4 TO BLOCK CN12 TO BLOCK Voltage CN5 TO BLOCK CN13 TO BLOCK Voltage
50 CN12 V121 1 CN20 pin 10 V121 0.7V~3.9V 50 CN13 B+ 1 CN18 pin 01 B+ 12.55V
49 CN12 V122 2 CN20 pin 09 V122 0.7V~3.9V 49 CN13 B+ 2 CN18 pin 02 B+ 12.55V
48 CN12 V123 3 CN20 pin 08 V123 0.7V~3.9V 48 CN13 V144 3 CN18 pin 03 V144 0.7V~3.9V
47 CN12 V124 4 CN20 pin 07 V124 0.7V~3.9V 47 CN13 V143 4 CN18 pin 04 V143 0.7V~3.9V
46 CN12 V125 5 CN20 pin 06 V125 0.7V~3.9V 46 CN13 V142 5 CN18 pin 05 V142 0.7V~3.9V
45 CN12 V126 6 CN20 pin 05 V126 0.7V~3.9V 45 CN13 V141 6 CN18 pin 06 V141 0.7V~3.9V
44 CN12 V127 7 CN20 pin 04 V127 0.7V~3.9V 44 CN13 V140 7 CN18 pin 07 V140 0.7V~3.9V
43 CN12 V128 8 CN20 pin 03 V128 0.7V~3.9V 43 CN13 V139 8 CN18 pin 08 V139 0.7V~3.9V
42 CN12 B+ 9 CN20 pin 02 B+ 12.55V 42 CN13 V138 9 CN18 pin 09 V138 0.7V~3.9V
41 CN12 B+ 10 CN20 pin 01 B+ 12.55V 41 CN13 V137 10 CN18 pin 10 V137 0.7V~3.9V
40 CN12 V113 11 CN21 pin 10 V113 0.7V~3.9V 40 CN13 B+ 11 CN17 pin 01 B+ 12.55V
39 CN12 V114 12 CN21 pin 09 V114 0.7V~3.9V 39 CN13 B+ 12 CN17 pin 02 B+ 12.55V
38 CN12 V115 13 CN21 pin 08 V115 0.7V~3.9V 38 CN13 V152 13 CN17 pin 03 V152 0.7V~3.9V
37 CN12 V116 14 CN21 pin 07 V116 0.7V~3.9V 37 CN13 V151 14 CN17 pin 04 V151 0.7V~3.9V
36 CN12 V117 15 CN21 pin 06 V117 0.7V~3.9V 36 CN13 V150 15 CN17 pin 05 V150 0.7V~3.9V
35 CN12 V118 16 CN21 pin 05 V118 0.7V~3.9V 35 CN13 V149 16 CN17 pin 06 V149 0.7V~3.9V
34 CN12 V119 17 CN21 pin 04 V119 0.7V~3.9V 34 CN13 V148 17 CN17 pin 07 V148 0.7V~3.9V
33 CN12 V120 18 CN21 pin 03 V120 0.7V~3.9V 33 CN13 V147 18 CN17 pin 08 V147 0.7V~3.9V
32 CN12 B+ 19 CN21 pin 02 B+ 12.55V 32 CN13 V146 19 CN17 pin 09 V146 0.7V~3.9V
31 CN12 B+ 20 CN21 pin 01 B+ 12.55V 31 CN13 V145 20 CN17 pin 10 V145 0.7V~3.9V
30 CN12 V105 21 CN22 pin 10 V105 0.7V~3.9V 30 CN13 B+ 21 CN16 pin 01 B+ 12.55V
29 CN12 V106 22 CN22 pin 09 V106 0.7V~3.9V 29 CN13 B+ 22 CN16 pin 02 B+ 12.55V
28 CN12 V107 23 CN22 pin 08 V107 0.7V~3.9V 28 CN13 V160 23 CN16 pin 03 V160 0.7V~3.9V
27 CN12 V108 24 CN22 pin 07 V108 0.7V~3.9V 27 CN13 V159 24 CN16 pin 04 V159 0.7V~3.9V
26 CN12 V109 25 CN22 pin 06 V109 0.7V~3.9V 26 CN13 V158 25 CN16 pin 05 V158 0.7V~3.9V
25 CN12 V110 26 CN22 pin 05 V110 0.7V~3.9V 25 CN13 V157 26 CN16 pin 06 V157 0.7V~3.9V
24 CN12 V111 27 CN22 pin 04 V111 0.7V~3.9V 24 CN13 V156 27 CN16 pin 07 V156 0.7V~3.9V
23 CN12 V112 28 CN22 pin 03 V112 0.7V~3.9V 23 CN13 V155 28 CN16 pin 08 V155 0.7V~3.9V
22 CN12 B+ 29 CN22 pin 02 B+ 12.55V 22 CN13 V154 29 CN16 pin 09 V154 0.7V~3.9V
21 CN12 B+ 30 CN22 pin 01 B+ 12.55V 21 CN13 V153 30 CN16 pin 10 V153 0.7V~3.9V
20 CN12 V129 31 CN19 pin 10 V129 0.7V~3.9V 20 CN13 B+ 31 CN15 pin 01 B+ 12.55V
19 CN12 V130 32 CN19 pin 09 V130 0.7V~3.9V 19 CN13 B+ 32 CN15 pin 02 B+ 12.55V
18 CN12 V131 33 CN19 pin 08 V131 0.7V~3.9V 18 CN13 V168 33 CN15 pin 03 V168 0.7V~3.9V
17 CN12 V132 34 CN19 pin 07 V132 0.7V~3.9V 17 CN13 V167 34 CN15 pin 04 V167 0.7V~3.9V
16 CN12 V133 35 CN19 pin 06 V133 0.7V~3.9V 16 CN13 V166 35 CN15 pin 05 V166 0.7V~3.9V
15 CN12 V134 36 CN19 pin 05 V134 0.7V~3.9V 15 CN13 V165 36 CN15 pin 06 V165 0.7V~3.9V
14 CN12 V135 37 CN19 pin 04 V135 0.7V~3.9V 14 CN13 V164 37 CN15 pin 07 V164 0.7V~3.9V
13 CN12 V136 38 CN19 pin 03 V136 0.7V~3.9V 13 CN13 V163 38 CN15 pin 08 V163 0.7V~3.9V
12 CN12 B+ 39 CN19 pin 02 B+ 12.55V 12 CN13 V162 39 CN15 pin 09 V162 0.7V~3.9V
11 CN12 B+ 40 CN19 pin 01 B+ 12.55V 11 CN13 V161 40 CN15 pin 10 V161 0.7V~3.9V
10 CN12 n/c 41 n/c n/c n/c 10 CN13 B+ 41 CN14 pin 01 B+ 12.55V
9 CN12 n/c 42 n/c n/c n/c 9 CN13 B+ 42 CN14 pin 02 B+ 12.55V
8 CN12 n/c 43 n/c n/c n/c 8 CN13 V176 43 CN14 pin 03 V176 0.7V~3.9V
7 CN12 n/c 44 n/c n/c n/c 7 CN13 V175 44 CN14 pin 04 V175 0.7V~3.9V
6 CN12 n/c 45 n/c n/c n/c 6 CN13 V174 45 CN14 pin 05 V174 0.7V~3.9V
5 CN12 n/c 46 n/c n/c n/c 5 CN13 V173 46 CN14 pin 06 V173 0.7V~3.9V
4 CN12 n/c 47 n/c n/c n/c 4 CN13 V172 47 CN14 pin 07 V172 0.7V~3.9V
3 CN12 n/c 48 n/c n/c n/c 3 CN13 V171 48 CN14 pin 08 V171 0.7V~3.9V
2 CN12 n/c 49 n/c n/c n/c 2 CN13 V170 49 CN14 pin 09 V170 0.7V~3.9V
1 CN12 n/c 50 n/c n/c n/c 1 CN13 V169 50 CN14 pin 10 V169 0.7V~3.9V
CN5 to CN13
Inverter Main
CN13 to CN5
Extension B
CN4 to CN12 CN12 to CN4
Extension BInverter Main
 47LE8500 Inverter Secondary Extension Board A CN104 to CN23
Bright to Dark Bright to Dark
CN104 TO BLOCK CN23 TO BLOCK Voltage CN105 BLOCK CN24 TO BLOCK Voltage
50 CN23 B+ 1 CN33 pin 10 B+ 12.55V 50 CN24 V49 1 CN25 Pin 1 V49 0.7V~3.9V
49 CN23 B+ 2 CN33 pin 09 B+ 12.55V 49 CN24 V50 2 CN25 Pin 2 V50 0.7V~3.9V
48 CN23 V80 3 CN33 pin 08 V80 0.7V~3.9V 48 CN24 V51 3 CN25 Pin 3 V51 0.7V~3.9V
47 CN23 V79 4 CN33 pin 07 V79 0.7V~3.9V 47 CN24 V52 4 CN25 Pin 4 V52 0.7V~3.9V
46 CN23 V78 5 CN33 pin 06 V78 0.7V~3.9V 46 CN24 V53 5 CN25 Pin 5 V53 0.7V~3.9V
45 CN23 V77 6 CN33 pin 05 V77 0.7V~3.9V 45 CN24 V54 6 CN25 Pin 6 V54 0.7V~3.9V
44 CN23 V76 7 CN33 pin 04 V76 0.7V~3.9V 44 CN24 V55 7 CN25 Pin 7 V55 0.7V~3.9V
43 CN23 V75 8 CN33 pin 03 V75 0.7V~3.9V 43 CN24 V56 8 CN25 Pin 8 V56 0.7V~3.9V
42 CN23 V74 9 CN33 pin 02 V74 0.7V~3.9V 42 CN24 B+ 9 CN25 Pin 09 B+ 12.55V
41 CN23 V73 10 CN33 pin 01 V73 0.7V~3.9V 41 CN24 B+ 10 CN25 Pin 10 B+ 12.55V
40 CN23 B+ 11 CN32 pin 10 B+ 12.55V 40 CN24 V41 11 CN26 Pin 1 V41 0.7V~3.9V
39 CN23 B+ 12 CN32 pin 09 B+ 12.55V 39 CN24 V42 12 CN26 Pin 2 V42 0.7V~3.9V
38 CN23 V88 13 CN32 pin 08 V88 0.7V~3.9V 38 CN24 V43 13 CN26 Pin 3 V43 0.7V~3.9V
37 CN23 V87 14 CN32 pin 07 V87 0.7V~3.9V 37 CN24 V44 14 CN26 Pin 4 V44 0.7V~3.9V
36 CN23 V86 15 CN32 pin 06 V86 0.7V~3.9V 36 CN24 V45 15 CN26 Pin 5 V45 0.7V~3.9V
35 CN23 V85 16 CN32 pin 05 V85 0.7V~3.9V 35 CN24 V46 16 CN26 Pin 6 V46 0.7V~3.9V
34 CN23 V84 17 CN32 pin 04 V84 0.7V~3.9V 34 CN24 V47 17 CN26 Pin 7 V47 0.7V~3.9V
33 CN23 V83 18 CN32 pin 03 V83 0.7V~3.9V 33 CN24 V48 18 CN26 Pin 8 V48 0.7V~3.9V
32 CN23 V82 19 CN32 pin 02 V82 0.7V~3.9V 32 CN24 B+ 19 CN26 Pin 09 B+ 12.55V
31 CN23 V81 20 CN32 pin 01 V81 0.7V~3.9V 31 CN24 B+ 20 CN26 Pin 10 B+ 12.55V
30 CN23 B+ 21 CN31 pin 10 B+ 12.55V 30 CN24 V33 21 CN27 Pin 1 V33 0.7V~3.9V
29 CN23 B+ 22 CN31 pin 09 B+ 12.55V 29 CN24 V34 22 CN27 Pin 2 V34 0.7V~3.9V
28 CN23 V8 23 CN31 pin 08 V8 0.7V~3.9V 28 CN24 V35 23 CN27 Pin 3 V35 0.7V~3.9V
27 CN23 V7 24 CN31 pin 07 V7 0.7V~3.9V 27 CN24 V36 24 CN27 Pin 4 V36 0.7V~3.9V
26 CN23 V6 25 CN31 pin 06 V6 0.7V~3.9V 26 CN24 V37 25 CN27 Pin 5 V37 0.7V~3.9V
25 CN23 V5 26 CN31 pin 05 V5 0.7V~3.9V 25 CN24 V38 26 CN27 Pin 6 V38 0.7V~3.9V
24 CN23 V4 27 CN31 pin 04 V4 0.7V~3.9V 24 CN24 V39 27 CN27 Pin 7 V39 0.7V~3.9V
23 CN23 V3 28 CN31 pin 03 V3 0.7V~3.9V 23 CN24 V40 28 CN27 Pin 8 V40 0.7V~3.9V
22 CN23 V2 29 CN31 pin 02 V2 0.7V~3.9V 22 CN24 B+ 29 CN27 Pin 09 B+12.55V
21 CN23 V1 30 CN31 pin 01 V1 0.7V~3.9V 21 CN24 B+ 30 CN27 Pin 10 B+ 12.55V
20 CN23 B+ 31 CN30 pin 10 B+ 12.55V 20 CN24 V25 31 CN28 Pin 1 V25 0.7V~3.9V
19 CN23 B+ 32 CN30 pin 09 B+ 12.55V 19 CN24 V26 32 CN28 Pin 2 V26 0.7V~3.9V
18 CN23 V16 33 CN30 pin 08 V16 0.7V~3.9V 18 CN24 V27 33 CN28 Pin 3 V27 0.7V~3.9V
17 CN23 V15 34 CN30 pin 07 V15 0.7V~3.9V 17 CN24 V28 34 CN28 Pin 4 V28 0.7V~3.9V
16 CN23 V14 35 CN30 pin 06 V14 0.7V~3.9V 16 CN24 V29 35 CN28 Pin 5 V29 0.7V~3.9V
15 CN23 V13 36 CN30 pin 05 V13 0.7V~3.9V 15 CN24 V30 36 CN28 Pin 6 V30 0.7V~3.9V
14 CN23 V12 37 CN30 pin 04 V12 0.7V~3.9V 14 CN24 V31 37 CN28 Pin 7 V31 0.7V~3.9V
13 CN23 V11 38 CN30 pin 03 V11 0.7V~3.9V 13 CN24 V32 38 CN28 Pin 8 V32 0.7V~3.9V
12 CN23 V10 39 CN30 pin 02 V10 0.7V~3.9V 12 CN24 B+ 39 CN28 Pin 09 B+ 12.55V
11 CN23 V9 40 CN30 pin 01 V9 0.7V~3.9V 11 CN24 B+ 40 CN28 Pin 10 B+ 12.55V
10 CN23 n/c 41 n/c n/c n/c 10 CN24 V17 41 CN29 Pin 1 V17 0.7V~3.9V
9 CN23 n/c 42 n/c n/c n/c 9 CN24 V18 42 CN29 Pin 2 V18 0.7V~3.9V
8 CN23 n/c 43 n/c n/c n/c 8 CN24 V19 43 CN29 Pin 3 V19 0.7V~3.9V
7 CN23 n/c 44 n/c n/c n/c 7 CN24 V20 44 CN29 Pin 4 V20 0.7V~3.9V
6 CN23 n/c 45 n/c n/c n/c 6 CN24 V21 45 CN29 Pin 5 V21 0.7V~3.9V
5 CN23 n/c 46 n/c n/c n/c 5 CN24 V22 46 CN29 Pin 6 V22 0.7V~3.9V
4 CN23 n/c 47 n/c n/c n/c 4 CN24 V23 47 CN29 Pin 7 V23 0.7V~3.9V
3 CN23 n/c 48 n/c n/c n/c 3 CN24 V24 48 CN29 Pin 8 V24 0.7V~3.9V
2 CN23 n/c 49 n/c n/c n/c 2 CN24 B+ 49 CN29 Pin 09 B+ 12.55V
1 CN23 n/c 50 n/c n/c n/c 1 CN24 B+ 50 CN29 Pin 10 B+ 12.55V
CN24 to CN105
Extension Board AExtension Board A
CN105 to CN24
Inverter Secondary
CN23 to CN104CN104 to CN23
Inverter Secondary
5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
LV
DS
_S
CL
Rx
IN
N0
Rx
CL
KN
Rx
IN
N3
VI
N
Rx
IN
N1
Rx
IN
P1
LV
DS
_S
DA
AG
M
OD
EN
Rx
CL
KP
Rx
IN
P2
Rx
IN
N2
Rx
IN
P3
Rx
CL
KN
Rx
IN
P0
V1
D8
Rx
CL
KP
LV
DS
OR
D
LV DS
V1
2
V 1D8
YV
1C
V3
D
3
M
LV
BC
LK
N
YO
E
YO
E
M
LV
FC
LK
N
EX
SD
A
EX
SC
L
YC
LK
YC
LK
YD
IO
YD
IO
M
LV
BC
LK
P
Rx
IN
P0
LV
DS
Rx
IN
N1
Rx
IN
P1
Rx
IN
N2
Rx
IN
P2
Rx
CL
KN
Rx
CL
KP
Rx
IN
N3
Rx
IN
P3
LV
DS
_S
CL
LV
DS
_S
DA
Rx
IN
N[
0.
.3
]
AG
IN
G
AV
DD
X 2DIO2
V3
D3
M
LV
FC
LK
N
M LV FCLK N
X 5DIO1
RE
S2
M
LV
FC
LK
N
PO
L
M
LV
FP
[0
..5
]
RE
S1
RE S 1
M
LV
BC
LK
N
M
LV
FN
[0
..5
]
RE
S2
RE S 2
M
LV
BC
LK
P
AV
DD
A V DD
AV
DD
M
LV
FC
LK
P
M LV FCLK P
V3
D3
AV
DD
M
LV
FC
LK
N
M LV FCLK N
X 1DIO2
RE
S1
RE
S2
RE
S2
PO
L
VC
OM
AV
DD
RE
S1
X 6DIO1
M LV B CLK P
RE S 1
M
LV
FN
[0
..5
]
M
LV
BC
LK
P
VC
OM
V COM
M
LV
FP
[0
..5
]
M
LV
BC
LK
P
M LV B CLK P
AV
DD
YO
E
M LV B CLK N
V3
D3
RE
S2
_O
RE S 2_O
VC
OM
M
LV
BC
LK
N
RE
S2
M
LV
BC
LK
N
M LV B CLK N
YC
LK
RE
S1
_O
RE S 1_O
RE
S1
V3
D3
RE S 2
RE
S2
V COM
VC
OM
RE
S2
RE S 1
RE
S1
AV
DD
X1
ST
B1
V COM
RE S 2
V COM
RE S 1
V 3D3
VC
OM
RE
S2
V COM
VC
OM
M
LV
FC
LK
P
M
LV
FP
[0
..5
]
M LV FP [0..5 ]
M
LV
FN
[0
..5
]
M LV FN[0..5 ]
A V DD
RE
S1
M
LV
FC
LK
P
M LV FCLK P
PO
L
V COM
VG
HC
VG
L
M LV FP [0..5 ]
M LV FN[0..5 ]
M
LV
FN
[0
..5
]
RE S 2
M
LV
BC
LK
P
M
LV
BC
LK
N
X 1S TB 1
P OL
VG
L
VG
L
M
LV
FP
[0
..5
]
M
LV
FC
LK
P
X1
ST
B1
PO
L
P OL
RE
S1
RE
S1
RE
S1
AG
M
OD
EN
YD
IO
VG
HC
VG
HC
Rx
IN
P[
0.
.3
]
V GM A [1..22]
VG
M
A[
1.
.2
2]
V GM A [1..22]
VG
M
A[
1.
.2
2]
VG
M
A[
1.
.2
2]
VG
M
A[
1.
.2
2]
VG
M
A[
1.
.2
2]
V GM A [1..22]
VG
M
A[
1.
.2
2]
M
LV
BP
[0
..5
]
M LV B P [0..5 ]
M
LV
BP
[0
..5
]
M
LV
BP
[0
..5
]
M
LV
BP
[0
..5
]
M LV B P [0..5 ] M LV B P [0..5 ]
M LV B N[0..5 ] M LV B N[0..5 ]
M
LV
BN
[0
..5
]
M LV B N[0..5 ]
M
LV
BN
[0
..5
]
M
LV
BN
[0
..5
]
V 3D3 V 3D3 V 3D3
V IN V IN_B
Rx
IN
N0
M
LV
BN
[0
..5
]
M LV B N[0..5 ]
M LV B P [0..5 ]
PO
L
PO
L
PO
L
ODLY 0ODLY 0ODLY 0ODLY 0ODLY 0
V3
D3
V3
D3
LV
DS
_W
P
AG
M
OD
EN
VI
N L
VD
S_
SD
A
VI
N L
VD
S_
SC
L
Rx
IN
N0
Rx
IN
P0
LV
DS
LV
DS
_W
P
Rx
IN
N3
Rx
IN
P2
Rx
IN
P3
Rx
IN
N1
Rx
CL
KN
Rx
CL
KP
Rx
IN
P1
Rx
IN
N2
VI
N
VI
N
VI
N
LV
DS
_W
P
EX
W
P
V 3D3
V 3D3
A V DD
A V DDA V DD
A V DD
A V DD
M odel Nam e
S ize Docum ent Num ber Rev
Date: S heet of
TOP EC01Custom
1 11Thursday, A ugust 21, 2008
T260XW02 VSK0 CPCBA
<Core Design>
M odel Nam e
S ize Docum ent Num ber Rev
Date: S heet of
TOP EC01Custom
1 11Thursday, A ugust 21, 2008
T260XW02 VSK0 CPCBA
<Core Design>
M odel Nam e
S ize Docum ent Num ber Rev
Date: S heet of
TOP EC01Custom
1 11Thursday, A ugust 21, 2008
T260XW02 VSK0 CPCBA
<Core Design>
LVDS Option:H(3.3V),NC(OPEN) --> NS, 
 L(GND) --> JEIDA
AGMODEN Option: L(0V),NC(OPEN) --> Normal 
 H(3.3V) --> Auto Run
NC
Please put the device near X4
NC
NC
R443 : ODLY setting
Closed to X1
Closed to X1
NC
NC
NC
NCNCNC
NC NC NCNC
+
-
U7A
+
-
U7A
3
2
1
4
11
V R1V R1
1
3
2
X1STB1X1STB1
PAD1
C3C3
YOEYOE
P
A
D
1
C468C468
R29R29
R21R21
R422R422
R420R420
R41R41
AG
M
OD
EN
AG
M
OD
EN
P
A
D
1
EX
_S
DA
EX
_S
DA
P
A
D
1
Gam m a
AVDD
G
N
D
VGMA[1..22]
RES1RES1
P
A
D
1
R443R443
H1H1
1
RX
IN
N3
RX
IN
N3
P
A
D
1
C470C470
C6C6
+
-
U7C
+
-
U7C
10
9
8
4
11
C7C7
Tcon
R
xI
N
P
[0
..
3]
R
xC
LK
N
R
xC
LK
P
A
G
M
O
D
E
N
LV
D
S
O
R
D
E
X
S
D
A
E
X
S
C
L
V
3D
3
GND
X
1S
T
B
1
Y
D
IO
U
P
O
L
Y
C
LK
Y
V
1C
V
1D
8
Y
O
E
M
LV
B
C
LK
N
M
LV
B
C
LK
P
M
LV
B
N
[0
..
5]
M
LV
B
P
[0
..
5]
M
LV
F
N
[0
..
5]
M
LV
F
P
[0
..
5]
M
LV
F
C
LK
P
M
LV
F
C
LK
N
R
xI
N
N
[0
..
3]
E
X
W
P
X4 Block
V
G
M
A
[1
..
22
]
M
LV
B
P
[0
..
5]
M
LV
B
N
[0
..
5]
M
LV
B
C
LK
P
M
LV
B
C
LK
N
P
O
L
X
4S
T
B
1
X
4S
T
B
2
X
4D
IO
1
X
4D
IO
2
V
C
O
M
V
3D
3
A
V
D
D
R
E
S
1
R
E
S
2
G
N
D
O
D
LY
0
R421R421
R426R426
J1J1
1
1
2
2
3
3
4
4
5
5
6
6
7
7
8
8
9
9
10
10
11
11
12
12
13
13
14
14
15
15
16
16
17
17
18
18
19
19
20
20
21
21
22
22
23
23
24
24
25
25
26
26
27
27
28
28
29
29
30
30
G
1
G
1
G
2
G
2
C472C472
X6 Block
V
G
M
A
[1
..
22
]
M
LV
B
P
[0
..
5]
M
LV
B
N
[0
..
5]
M
LV
B
C
LK
P
M
LV
B
C
LK
N
P
O
L
X
6S
T
B
1
X
6D
IO
1
V
C
O
M
V
3D
3
A
V
D
D
R
E
S
1
R
E
S
2
G
N
D
O
D
LY
0
RX
CL
KP
RX
CL
KP
P
A
D
1
R30R30
B1B1
EX
_W
P
EX
_W
P
P
A
D
1
VC
O
M
VC
O
M
P
A
D
1
R34R34
R22R22
RX
IN
P3
RX
IN
P3
P
A
D
1
H3H3
1
+
-
U7D
+
-
U7D
12
13
14
4
11
RX
IN
P0
RX
IN
P0
P
A
D
1
RX
CL
KN
RX
CL
KN
P
A
D
1
R40R40
R23R23
C473C473
D1D1
R424R424
Q1Q1
G
D
S
F1F1
LV
DS
_I
N
LV
DS
_I
N
P
A
D
1
RES2RES2
P
A
D
1
R36R36
C469C469
RX
IN
P2
RX
IN
P2
P
A
D
1
DC_DC
G
N
D
V
12
V
3D
3
A
V
D
D
V
G
H
C
V
G
L
YV1C
V1D8
H2H2
1
R423R423
RX
IN
N1
RX
IN
N1
P
A
D
1
RX
IN
N2
RX
IN
N2
P
A
D
1
C2C2
+
-
U7B
+
-
U7B
5
6
7
4
11
C8C8
YCLKYCLK
P
A
D
1
Dum m y P ad
G
N
D
R33R33
D10D10
X3 Block
V
G
M
A
[1
..
22
]
M
LV
F
P
[0
..
5]
M
LV
F
N
[0
..
5]
M
LV
F
C
LK
P
M
LV
F
C
LK
N
P
O
L
X
3S
T
B
1
X
3S
T
B
2
X
3D
IO
1
V
C
O
M
V
3D
3
A
V
D
D
R
E
S
1
R
E
S
2
G
N
D
X
3D
IO
2
O
D
LY
0
V COM F2V COM F2
P
A
D
1
R35R35
POLPOL
PAD1
C5C5
R32R32
D2D2
RX
IN
N0
RX
IN
N0
P
A
D
1
R28R28
C474C474
R27R27
X1 Block
V
G
M
A
[1
..
22
]
M
LV
F
P
[0
..
5]
M
LV
F
N
[0
..
5]
M
LV
F
C
LK
P
M
LV
F
C
LK
N
P
O
L
X
1S
T
B
1
X
1S
T
B
2
X
1D
IO
2
Y
O
E
Y
C
LK
Y
D
IO
V
G
L
V
G
H
C
V
C
O
M
V
3D
3
A
V
D
D
R
E
S
1
R
E
S
2
R
E
S
1_
O
R
E
S
2_
O
G
N
D
O
D
LY
0
X2 Block
V
G
M
A
[1
..
22
]
M
LV
F
P
[0
..
5]
M
LV
F
N
[0
..
5]
M
LV
F
C
LK
P
M
LV
F
C
LK
N
P
O
L
X
2S
T
B
1
X
2S
T
B
2
X
2D
IO
1
X
2D
IO
2
V
C
O
M
V
3D
3
A
V
D
D
R
E
S1
R
E
S
2
G
N
D
O
D
LY
0
EX
_S
CL
EX
_S
CL
P
A
D
1
R25R25
X5 Block
V
G
M
A
[1
..
22
]
M
LV
B
P
[0
..
5]
M
LV
B
N
[0
..
5]
M
LV
B
C
LK
P
M
LV
B
C
LK
N
P
O
L
X
5S
T
B
1
X
5S
T
B
2
X
5D
IO
1
X
5D
IO
2
V
C
O
M
V
3D
3
A
V
D
D
R
E
S
1
R
E
S
2
G
N
D
O
D
LY
0
C1C1
C9C9
VI
N_
12
V
VI
N_
12
V
P
A
D
1
YDIOYDIO
P
A
D
1
R24R24
C471C471
C4C4
RX
IN
P1
RX
IN
P1
P
A
D
1
C475C475
R425R425
R31R31
5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
SW
Vo1
SW
REF
GD
AVDD
V12
V3D3
REF
V1D8
V3D3_F
VGH
VGHM
Vo1
GND
Vo1
VGL
V12
V12
VGL
V12
AVDD
V12
V3D3
V12
GND
V1D8
VGHC
YV1C
V3D3
Model Name
Size Document Number Rev
Date: Sheet of
DC-DC Block(BD8160EFV) EC01Custom
2 11Thursday, August 21, 2008
Model Name
Size Document Number Rev
Date: Sheet of
DC-DC Block(BD8160EFV) EC01Custom
2 11Thursday, August 21, 2008
Model Name
Size Document Number Rev
Date: Sheet of
DC-DC Block(BD8160EFV) EC01Custom
2 11Thursday, August 21, 2008
TI65160: R104=0 ; C107=22n
BD8160: R104=7.5K; C107=2.2nC101, C102 put closed to L101
TI65160: R101=127K; R103=10K
BD8160: R101=127K; R103=10.2K
 C106=200pF
15.0V
C125 put closed to Pin 20
TI65160: R121=191K; R122=110K
BD8160: R121=191K; R122=110K
 C129=68pF
C124 put closed to Pin 22
C121: AVDD and VGH delay time control
C122: VGL delay time control
C120: AVDD soft-start time control
C109 put closed to Pin 8
NC
T260XW02 VSK0 CPCBA
NC
27.15V
U102U102
VGH 1
VGHM 2
RE 3
CD 4VD5
VDPM6
GND7
VFLK8
AVDDAVDD
P
A
D
1
C120C120
D101D101
C104C104
R125R125
D104D104
R116R116
C106C106
R108R108
C121C121
C131C131
C125C125
C112C112
R104R104
D102D102AK
J
C127C127
V1D8V1D8
P
A
D
1
R114R114
C129C129
R106R106
C108C108
C133C133
R118R118
C107C107
D103D103
A
K
J
R110R110
C102C102
R107R107
R111R111
R117R117
C123C123
Q101Q101G
S D
C128C128
C117C117
C115C115
C118C118
L101L101
C113C113
C132C132
C109C109
R105R105
VGLVGL
P
A
D
1
C126C126
L102L102
C124C124
R101R101
R102R102
R126R126
R122R122
C130C130
V3D3V3D3
P
A
D
1
R123R123
C103C103 C119C119
VGHCVGHC
P
A
D
1
R121R121
C114C114
U103U103
INI OUT O
A
D
J/
G
N
D
A
OUT O1
C110C110
R103R103
R124R124
C111C111
C122C122
C101C101
R109R109
U101U101
FB1
COMP2
OS3
SW4
SW5
PGND6
PGND7
SUP8
EN29
DRP10
DRN11
FREQ12
FBN13
FBP14 FBB 15
EN1 16
BOOT 17
SWB 18
NC 19
VINB 20
SS 28
GD 27
DLY2 26
DLY1 25
REF 24
GND 23
AVIN 22
VINB 21
G
1
G
1
R115R115
R112R112
R113R113
5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
VGMA_REF
GND
VGMA7
VGMA16
VGMA12
VGMA17
VGMA9
VGMA6
VGMA1
VGMA22
VGMA20
VGMA15
VGMA8
VGMA14
VGMA11
REF_F18
REF_F1
REF_F11
REF_F12
VGMA3
AVDD
VGMA[1..22]
GND
GND
GND
GND
AVDD
AVDD
AVDD
AVDD
Model Name
Size Document Number Rev
Date: Sheet of
Gamma_Block EC01Custom
3 11Thursday, August 21, 2008
Model Name
Size Document Number Rev
Date: Sheet of
Gamma_Block EC01Custom
3 11Thursday, August 21, 2008
Model Name
Size Document Number Rev
Date: Sheet of
Gamma_Block EC01Custom
3 11Thursday, August 21, 2008
VGMA_REF=2.5 * (12+2.4) / 2.4 =15.0V
8.21
6.23NC
T260XW02 VSK0 CPCBA
NC
NC
VG1 & VG22 => L255.
VG3 & VG20 => L253
VG6 & VG17 => L128
VG7 & VG16 => L64
VG8 & VG15 => L32
VG9 & V14 => L2
VG11 & VG12 => L0
R308R308
R313R313
R311R311
R324R324
R330R330
C307C307
C301C301
R337R337
R327R327
R329R329
VG9VG9
P
A
D
1
R336R336
R301R301
VG22VG22
P
A
D
1
R307R307
R328R328
VG15VG15
P
A
D
1
R333R333
VG20VG20
P
A
D
1
R320R320
VG6VG6
P
A
D
1
+
- U3D
+
- U3D
12
13
14
4
11
C306C306
VG14VG14
P
A
D
1
R316R316
+
- U3B
+
- U3B
5
6
7
4
11
R304R304
VG7VG7
P
A
D
1
R315R315
R312R312
+
- U3C
+
- U3C
10
9
8
4
11
R325R325
VG16VG16
P
A
D
1
C235C235
R331R331
R305R305
VG12VG12
P
A
D
1
REF11REF11
PAD1
C303C303
C305C305
R319R319
C302C302
REF22REF22
PAD1
R318R318
VG1VG1
P
A
D
1
VG3VG3
P
A
D
1
Q301Q301
REF R
A
N
O
D
E
A
C
A
TH
C
VG8VG8
P
A
D
1
C304C304
R302R302
C325C325
R321R321
REF1REF1
PAD1+
- U3A
+
- U3A
3
2
1
4
11
R303R303
R300R300
R326R326
VZ_REFVZ_REF
PAD1
R332R332
VG11VG11
P
A
D
1
R306R306
C309C309
R317R317
VG17VG17
P
A
D
1
REF12REF12
PAD1
C308C308
5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
YDIOU_T
M
LV
BP
[0
..5
]
VDD_V1D8
M
LV
BN
[0
..5
]
M
LV
BP
0
M
LV
BP
1
M
LV
BP
2
MLVBP3
MLVBP4
M
LV
BN
0
M
LV
BN
1
M
LV
BN
2
MLVBP5
YV
1C
MLVBN3
VDD_V1D8
MLVBN4
GND
MLVBN5
Rx
IN
P[
0.
.3
]
M
BC
KN
Rx
IN
N[
0.
.3
]
M
FC
KP
M
LV
FC
LK
P
M
LV
FC
LK
N
M
FC
KN
M
LV
FN
[0
..5
]
M
LV
FN
5
M
LV
FN
4
RESET
M
LV
FN
3
YV1C
M
LV
FN
2
X1
ST
B1
YC
LK
YO
E
MLVFN1
EX
SD
A
EX
SC
L
PI
GND
XOUT
XIN
M
LV
FP
[0
..5
]
GAMEN
PO
L
M
LV
FP
5
ODEN
M
LV
FP
4
M
LV
FP
3
V3D3
M
LV
BC
LK
N
M
LV
FP
2
MLVFP1
V1D8
M
LV
BC
LK
P
M
BC
KP
GND
MLVFP0
POL_T
INSDA
YOE_T
MLVFN0
INSCL
EPWP
STB_T
AG
M
O
DE
N
AG
M
O
DE
N
Rx
IN
N2
LV
DS
O
RD
LV
DS
O
RD
Rx
IN
N0
Rx
CL
KN
Rx
IN
N3
Rx
CL
KP
Rx
IN
P2
Rx
IN
P0
Rx
IN
P3
Rx
IN
P1
Rx
IN
N1
VDD_V3D3
YCLK_T
VDD_V1D8
YD
IO
U
VD
D_
V3
D3
EX
SC
L
EX
SD
A
M
LV
BN
[0
..5
]
PO
L
X1
ST
B1
Rx
IN
N[
0.
.3
]
Rx
IN
P[
0.
.3
]
M
LV
FN
[0
..5
]
V3D3
GND
M
LV
BP
[0
..5
]
M
LV
FC
LK
P
M
LV
FC
LK
N
M
LV
BC
LK
P
M
LV
BC
LK
N
YD
IO
U
YC
LK
YO
E
V1D8
YV
1C
M
LV
FP
[0
..5
]
EX
SD
A
EX
SC
L
LV
DS
O
RD
AG
M
O
DE
N
Rx
CL
KP
Rx
CL
KN
EX
W
P
VDD_V3D3
VDD_V3D3
VDD_V3D3
VDD_V1D8
VDD_V3D3
VDD_V1D8V1D8
VDD_V3D3V3D3
VDD_V3D3
VDD_V1D8
Model Name
Size Document Number Rev
Date: Sheet of
Tcon AUO-11401 Block EC01Custom
4 11Monday, August 18, 2008
Model Name
Size Document Number Rev
Date: Sheet of
Tcon AUO-11401 Block EC01Custom
4 11Monday, August 18, 2008
Model Name
Size Document Number Rev
Date: Sheet of
Tcon AUO-11401 Block EC01Custom
4 11Monday, August 18, 2008
T260XW02 VSK0 PCBA
Closed to the PIN 32 of U1
Closed to the PIN 23 of U1 Closed to the PIN 94 of U1
Closed to the PIN 50 of U1
Closed to the PIN 35 of U1
Closed to the PIN 78 of U1
Closed to the PIN1 of U1
NC
Closed to U1
C210C210
R213R213
R224R224
C220C220
R215R215 C205C205
C222C222
C214C214
B202B202
U11U11
A
0
1
A
1
2
A
2
3
G
N
D
4
S
D
A
5
S
C
L
6
W
P
7
V
cc
8
C224C224
C216C216
R219R219
R202R202
C226C226
C211C211
C215C215
R209R209
R222R222
C228C228
C221C221
R208R208 R210R210
B201B201
C217C217
C223C223
C227C227
C218C218
U12U12
A01
A12
A23
GND4 SDA 5
SCL 6
WP 7
Vcc 8
C229C229
C206C206
R218R218
R206R206
R221R221
R223R223
C213C213 C219C219
C202C202
C207C207
C201C201
R203R203
R212R212
C208C208
C209C209
R214R214
C203C203
R201R201
C225C225
R211R211
U16U16
1 4
2 3
R216R216
C204C204
U1U1
M
LV
B
0N
67
M
LV
B
0P
66
V
D
D
P
18
65
P
FC
A
P
64
M
LV
F5
N
63
M
LV
F5
P
62
M
LV
F4
N
61
M
LV
F4
P
60
G
N
D
59
V
D
D
M
58
M
LV
F3
N
57
M
LV
F3
P
56
M
LV
FC
LK
N
55
M
LV
FC
LK
P
54
M
LV
F2
N
53
M
LV
F2
P
52
G
N
D
51
VDDM 50
MLVF1P 48
MLVF0N 47
PI 45
GND 44
VDDIO 43
XPOL 42
GND 36
VDDC18 33
YDIOD 40
YDIOU 39
YCLK 38
YOE 37
MLVB5P82
VDDIO 35
GND 34
GND 32
VDDIO 31
MLVB4P80
XOUT 29
XIN 28
INSDA 27
INSCL 26
VDDC1894
GND 30
G
N
D
24
LU
TS
E
L
4
VDDIO88
YV1C86
VDDIO84
N
R
S
E
T
2
U
D
S
E
L
3
LV
D
S
O
R
D
6
A
G
B
S
E
N
7
C
H
G
FB
5
G
N
D
71
G
N
D
8
V
D
D
L
13
R
X
C
LK
N
16
R
X
IN
0N
9
R
X
IN
0P
10
R
X
IN
1N
11
R
X
IN
1P
12
R
X
IN
2N
14
R
X
IN
2P
15
R
X
C
LK
P
17
R
X
IN
3N
18
G
N
D
20
E
X
S
C
L
21
E
X
S
D
A
22
V
D
D
C
18
23
V
D
D
IO
1
E
P
W
P
25
GND85
R
X
IN
3P
19
M
LV
B
1P
68
M
LV
B
1N
69
V
D
D
M
70
M
LV
B
2P
72
M
LV
B
2N
73
M
LV
B
C
LK
P
74
M
LV
B
C
LK
N
75
PWM87
MLVB5N83
MLVB4N81
VDDM78
GND79
GND89
TEST90
GND91
VDDIO92VSEL93
GND95
GND96
VDDIO97
GAMEN98
ODEN99
GND100
MLVB3P76
XSTB 41
MLVF0P 46
MLVF1N 49MLVB3N77
G1G1
R217R217
5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
AVDD
V3D3 MLVFP1MLVFN1
MLVFN2 MLVFP2
MLVFN3 MLVFP3
MLVFN4 MLVFP4
MLVFN5 MLVFP5
MLVFP0MLVFN0
M
LV
FC
LK
P
VGMA16
V
G
M
A
11
V
C
O
M M
LV
FP
5
M
LV
FN
5
M
LV
FP
4
MLVFCLKP
V
C
O
M
M
LV
FC
LK
N
M
LV
FN
3
M
LV
FP
3
M
LV
FN
4
VCOM
M
LV
FP
2
MLVFCLKN
V
G
M
A
12
VGMA6
VGMA7
M
LV
FP
1
VGMA12
VGMA14
V
C
O
M
V3D3
R
E
S
2
V
G
M
A
14
M
LV
FP
0
V
3D
3
VGMA1
VGMA17VGMA3
VGMA8
VGMA9
VGMA11
V
G
M
A
15
R
E
S
1
V
G
M
A
16
A
V
D
D
V
G
M
A
17
GND
V
3D
3
M
LV
FN
2
C
S
1
A
V
D
D
R
E
S
1_
O
M
LV
FN
1
X
1D
IO
2
V
G
M
A
20
R
E
S
2_
O
VGMA[1..22]
M
LV
FN
0
V
G
M
A
1
V
G
M
A
22
A
V
D
D
V
3D
3
V
G
M
A
3
V
3D
3
X
1S
TB
2
VGMA15
A
V
D
D
V
G
M
A
6
V
3D
3
V
G
M
A
7
M
LV
FP
[0
..5
]
V
G
M
A
8
VGMA20
X
1S
TB
1
V
G
M
A
9
P
W
R
C
S
H
L_
F
VGMA22
GND
P
O
L
M
LV
FN
[0
..5
]
O
D
LY
0
GND
R
E
S
1_
O
Y
C
LK
Y
O
E
R
E
S
2_
O
Y
D
IO
AVDD
P
O
L
X
1S
TB
1
X
1S
TB
2
M
LV
FP
[0
..5
]
M
LV
FN
[0
..5
]
M
LV
FC
LK
P
X
1D
IO
2
V3D3
VCOM
M
LV
FC
LK
N
V
G
H
C
V
G
L
R
E
S
1
R
E
S
2
GND
VGMA[1..22]
O
D
LY
0
VCOMAVDD V3D3
Model Name
Size Document Number Rev
Date: Sheet of
X1 COF EC01Custom
5 11Thursday, August 21, 2008
T260XW02 VSK0 CPCB
<Variant Name>
Model Name
Size Document Number Rev
Date: Sheet of
X1 COF EC01Custom
5 11Thursday, August 21, 2008
T260XW02 VSK0 CPCB
<Variant Name>
Model Name
Size Document Number Rev
Date: Sheet of
X1 COF EC01Custom
5 11Thursday, August 21, 2008
T260XW02 VSK0 CPCB
<Variant Name>
V1 & V22=> L255.
V3& V20 => L253
V6& V17 => L128
V7 & V16 => L64
V8 & V15 => L32
V9 & V14 => L2
V11 & V12 => L0
Close to X1
End Termination For X1
TE
ST
B
VC
OM
RP
O1
RP
O2
RP
O3 GN
D
YO
E
U_
DL
YC
LK
YD
IO GN
D
VC
C
GN
D
VG
L
VG
HC CO
M
RE
SC
UE
1
LD
IO
1
RD
IO
1
PO
L
GN
D
GN
DA
VB
OT
VT
OP
VD
DAVD
D
ST
B1 GA
MM
A1
GA
MM
A2
GA
MM
A3
GA
MM
A4
GA
MM
A5
GA
MM
A6
GA
MM
A7
GA
MM
A8
GA
MM
A9
GA
MM
A1
0
GA
MM
A1
1
GN
DA
AV
DD BD
O
CA
SE D_
CA
SE
DU
MM
Y
DU
MM
Y
SE
L1
SE
L2
DU
AL
Dv
se
l
VD
D
GN
D
DU
MM
Y
DU
MM
Y
GN
D
RV
2N
RV
2P
RV
1NGN
D
RV
1P
RV
0PGN
D
RV
0N GN
D
RC
LK
P
RC
LK
N
GN
D
LC
LK
N
LC
LK
P
GN
D
DU
MM
Y
DU
MM
Y
GN
D
LV
2N
LV
2P GN
D
GN
D
GN
D
GN
DA
GN
DA
LV
1P
LV
1N
LV
0P
LV
0N VD
D
CS
0
CS
1
OD
LY
0
OD
LY
1
OD
LY
2
DA
TA
PO
L
PW
RC SH
L
D_
ST
B
VD
DA
VG
MM
A1
2
VG
MM
A1
3
VG
MM
A1
4
VG
MM
A1
5
VG
MM
A1
6
VG
MM
A1
7
VG
MM
A1
8
VG
MM
A1
9
VG
MM
A2
0
VG
MM
A2
1
VG
MM
A2
2
VB
OT
VT
OP
AV
DD GN
D
ST
B2 VD
D
RD
IO
2
LD
IO
2
RE
SC
UE
2
RE
SC
UE
3
CO
M
VG
HC VG
L
GN
D
GN
D
GN
D
VC
C
YD
IO
YC
LK
U_
DL
YO
E1
RP
O3
RP
O2
RP
O1
VC
OM
2
TE
ST
A
R404R404
X1X1
13
2
13
366 65 64 63 62 61 60 59 58 57 56 55 54 53 52 51 50 49 48 47 46 45 44 43 42 41 40 39 38 37 36 35 34 33 32 31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 113
1
13
0
12
9
12
8
12
7
12
6
12
5
12
4
12
3
12
2
12
1
12
0
11
9
11
8
11
7
11
6
11
5
11
4
11
3
11
2
11
1
11
0
10
9
10
8
10
7
10
6
10
5
10
4
10
3
10
2
10
1
10
0 99 98 97 96 95 94 93 92 91 90 89 88 87 86 85 84 83 82 81 80 79 78 77 76 75 74 73 72 71 70 69 68 67
FN4FN4
PA
D
1
C414C414
FP1FP1
PA
D
1
C407C407
R401R401
C410C410
R405R405
FP2FP2
PA
D
1
C451C451
C413C413
FN1FN1
PA
D
1
C406C406
FN0FN0
PA
D
1
X1TEST1X1TEST1
1
2
R403R403
X1TEST2X1TEST2
1
2
FN3FN3
PA
D
1
C409C409
C452C452
C418C418
C405C405
C412C412
FP0FP0
PA
D
1
MFCLKNMFCLKN
PA
D
1
FP5FP5
PA
D
1
R406R406
C417C417
FN2FN2
PA
D
1
MFCLKPMFCLKP
PA
D
1
C408C408
R402R402
C402C402
FN5FN5
PA
D
1
FP4FP4
PA
D
1
FP3FP3
PA
D
1
C411C411
R407R407
C450C450
C401C401
5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
X
2D
IO
1
M
LV
FC
LK
P
A
V
D
D
V
C
O
M V
G
M
A
11
M
LV
FN
5
M
LV
FP
5
M
LV
FN
4
M
LV
FP
4
M
LV
FN
3
M
LV
FC
LK
N
V
C
O
M
M
LV
FP
3
M
LV
FP
2
VCOM
V
G
M
A
12
A
V
D
D
M
LV
FP
1
V
G
M
A
14
R
E
S
2
V
3D
3
M
LV
FP
0
V
G
M
A
15
S
E
L2
V
G
M
A
16
R
E
S
1
V
G
M
A
17
A
V
D
D
V3D3
V
3D
3
M
LV
FN
2 C
S
1
X
2D
IO
2
GND
M
LV
FN
1
V
G
M
A
20
M
LV
FN
0
V
G
M
A
22
V
G
M
A
1
AVDD
V
G
M
A
3
V
3D
3
X
2S
TB
2
V
3D
3
V
G
M
A
6
V
G
M
A
7
V
G
M
A
8
M
LV
FP
[0
..5
]
A
V
D
D
V
G
M
A
9
X
2S
TB
1
VGMA[1..22]
S
H
L_
F
P
W
R
C
P
O
L
M
LV
FN
[0
..5
]
O
D
LY
0
GND
V3D3
M
LV
FC
LK
P
X
2S
TB
1
M
LV
FC
LK
N
P
O
L
V3D3
AVDD
X
2D
IO
2
X
2S
TB
2
M
LV
FN
[0
..5
]
VCOM
M
LV
FP
[0
..5
]
X
2D
IO
1
R
E
S
1
R
E
S
2
GND
VGMA[1..22]
O
D
LY
0
AVDD V3D3VCOM
Model Name
Size Document Number Rev
Date: Sheet of
X2 COF EC01Custom
6 11Thursday, August 21, 2008
T260XW02 VSK0 CPCB
<Variant Name>
Model Name
Size Document Number Rev
Date: Sheet of
X2 COF EC01Custom
6 11Thursday, August 21, 2008
T260XW02 VSK0 CPCB
<Variant Name>
Model Name
Size Document Number Rev
Date: Sheet of
X2 COF EC01Custom
6 11Thursday, August 21, 2008
T260XW02 VSK0 CPCB
<Variant Name>
GN
D
RP
O2
ST
B2
RP
O1VD
D
VC
OM
2
DA
TA
PO
L
RD
IO
2
TE
ST
A
LD
IO
2
PW
RC
LC
LK
P
GN
D
SH
L
DU
MM
Y
DU
MM
Y
GN
D
D_
ST
B
LV
2N
LV
2P
VD
DAGN
D
RE
SC
UE
2
GN
D
GN
D
GN
DA
RE
SC
UE
3
GN
DA
LV
1P
LV
1N
LV
0P
LV
0N CO
M
VD
D
VG
HCCS
0
VG
L
VG
MM
A1
2
CS
1
GN
D
VG
MM
A1
3
GN
D
VG
MM
A1
4
VG
MM
A1
5
OD
LY
0
VG
MM
A1
6
VG
MM
A1
7
VG
MM
A1
8
VG
MM
A1
9
GN
D
VG
MM
A2
0
VG
MM
A2
1
VG
MM
A2
2
VC
C
YD
IO
YC
LK
VB
OT
OD
LY
1
VT
OP
U_
DL
YO
E1
OD
LY
2
AV
DD
RP
O3GN
D
RV
0N GN
D
DU
MM
Y
GA
MM
A2
DU
MM
Y
RC
LK
P
GA
MM
A3
GA
MM
A4
RC
LK
N
GA
MM
A5
GA
MM
A6
GN
D
SE
L1
TE
ST
B
GA
MM
A7
LC
LK
N
SE
L2GA
MM
A8
VC
OM
DU
AL
RP
O1 GA
MM
A9
Dv
se
l
RP
O2 GA
MM
A1
0
RP
O3 GA
MM
A1
1
VD
D
GN
D
YO
E
U_
DL
YC
LK
YD
IO GN
D
DU
MM
Y
DU
MM
Y
GN
D
GN
D
GN
DA
VB
OT
VT
OP
VD
DA
RV
2N
RV
2PGN
D
VC
C
GN
D
VG
L
VG
HC CO
M
RE
SC
UE
1
LD
IO
1
RD
IO
1
PO
L
GN
DA
AV
DD BD
O
CA
SEVD
D
RV
1N
ST
B1 GA
MM
A1
GN
D
RV
1PD_
CA
SE
RV
0P
C453C453 C454C454 C455C455
X2
TAB133
X2
TAB133
13
2
13
366 65 64 63 62 61 60 59 58 57 56 55 54 53 52 51 50 49 48 47 46 45 44 43 42 41 40 39 38 37 36 35 34 33 32 31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 113
1
13
0
12
9
12
8
12
7
12
6
12
5
12
4
12
3
12
2
12
1
12
0
11
9
11
8
11
7
11
6
11
5
11
4
11
3
11
2
11
1
11
0
10
9
10
8
10
7
10
6
10
5
10
4
10
3
10
2
10
1
10
0 99 98 97 96 95 94 93 92 91 90 89 88 87 86 85 84 83 82 81 80 79 78 77 76 75 74 73 72 71 70 69 68 67
X2TEST1X2TEST1
1
2
X2TEST2X2TEST2
1
2
5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
GND
X
3D
IO
1
M
LV
FC
LK
P
V
G
M
A
11
V
C
O
M A
V
D
D
M
LV
FP
5
M
LV
FN
5
M
LV
FN
4
M
LV
FP
4
V
C
O
M
M
LV
FC
LK
N
M
LV
FN
3
M
LV
FP
3
VCOM
M
LV
FP
2
A
V
D
D
V
G
M
A
12
M
LV
FP
1
R
E
S
2
V
G
M
A
14
M
LV
FP
0
V
3D
3
S
E
L2
V
G
M
A
15
R
E
S
1
V
G
M
A
16
V
G
M
A
17
V
3D
3
V3D3
A
V
D
D
M
LV
FN
2
C
S
1
M
LV
FN
1
X
3D
IO
2
V3D3
V
G
M
A
20
GND
M
LV
FN
0
V
G
M
A
1
V
G
M
A
22
AVDD
V
3D
3
V
G
M
A
3
X
3S
TB
2
V
G
M
A
6
V
3D
3
V
G
M
A
7
A
V
D
D
V
G
M
A
8
X
3S
TB
1
V
G
M
A
9
P
W
R
C
P
O
L
VGMA[1..22]
M
LV
FN
[0
..5
]
M
LV
FP
[0
..5
]
O
D
LY
0
X
3D
IO
1
X
3S
TB
1
M
LV
FC
LK
P
P
O
L
M
LV
FC
LK
N
V3D3
AVDD
X
3D
IO
2
M
LV
FN
[0
..5
]
X
3S
TB
2
M
LV
FP
[0
..5
]
VCOM
GND
R
E
S
1
R
E
S
2
VGMA[1..22]
O
D
LY
0
AVDD VCOM V3D3
Model Name
Size Document Number Rev
Date: Sheet of
X3 COF EC01Custom
7 11Thursday, August 21, 2008
T260XW02 VSK0 CPCB
<Variant Name>
Model Name
Size DocumentNumber Rev
Date: Sheet of
X3 COF EC01Custom
7 11Thursday, August 21, 2008
T260XW02 VSK0 CPCB
<Variant Name>
Model Name
Size Document Number Rev
Date: Sheet of
X3 COF EC01Custom
7 11Thursday, August 21, 2008
T260XW02 VSK0 CPCB
<Variant Name>
GN
D
RP
O2
ST
B2
RP
O1VD
D
VC
OM
2
DA
TA
PO
L
RD
IO
2
TE
ST
A
LD
IO
2
PW
RC
LC
LK
P
GN
D
SH
L
DU
MM
Y
DU
MM
Y
GN
D
D_
ST
B
LV
2N
LV
2P
VD
DAGN
D
RE
SC
UE
2
GN
D
GN
D
GN
DA
RE
SC
UE
3
GN
DA
LV
1P
LV
1N
LV
0P
LV
0N CO
M
VD
D
VG
HCCS
0
VG
L
VG
MM
A1
2
CS
1
GN
D
VG
MM
A1
3
GN
D
VG
MM
A1
4
VG
MM
A1
5
OD
LY
0
VG
MM
A1
6
VG
MM
A1
7
VG
MM
A1
8
VG
MM
A1
9
GN
D
VG
MM
A2
0
VG
MM
A2
1
VG
MM
A2
2
VC
C
YD
IO
YC
LK
VB
OT
OD
LY
1
VT
OP
U_
DL
YO
E1
OD
LY
2
AV
DD
RP
O3GN
D
RV
0N GN
D
DU
MM
Y
GA
MM
A2
DU
MM
Y
RC
LK
P
GA
MM
A3
GA
MM
A4
RC
LK
N
GA
MM
A5
GA
MM
A6
GN
D
SE
L1
TE
ST
B
GA
MM
A7
LC
LK
N
SE
L2GA
MM
A8
VC
OM
DU
AL
RP
O1 GA
MM
A9
Dv
se
l
RP
O2 GA
MM
A1
0
RP
O3 GA
MM
A1
1
VD
D
GN
D
YO
E
U_
DL
YC
LK
YD
IO GN
D
DU
MM
Y
DU
MM
Y
GN
D
GN
D
GN
DA
VB
OT
VT
OP
VD
DA
RV
2N
RV
2PGN
D
VC
C
GN
D
VG
L
VG
HC CO
M
RE
SC
UE
1
LD
IO
1
RD
IO
1
PO
L
GN
DA
AV
DD BD
O
CA
SEVD
D
RV
1N
ST
B1 GA
MM
A1
GN
D
RV
1PD_
CA
SE
RV
0P
C457C457
X3
TAB133
X3
TAB133
13
2
13
366 65 64 63 62 61 60 59 58 57 56 55 54 53 52 51 50 49 48 47 46 45 44 43 42 41 40 39 38 37 36 35 34 33 32 31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 113
1
13
0
12
9
12
8
12
7
12
6
12
5
12
4
12
3
12
2
12
1
12
0
11
9
11
8
11
7
11
6
11
5
11
4
11
3
11
2
11
1
11
0
10
9
10
8
10
7
10
6
10
5
10
4
10
3
10
2
10
1
10
0 99 98 97 96 95 94 93 92 91 90 89 88 87 86 85 84 83 82 81 80 79 78 77 76 75 74 73 72 71 70 69 68 67
C458C458
X3TEST1X3TEST1
1
2
C456C456
X3TEST2X3TEST2
1
2
5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
X4
DI
O
1
M
LV
BC
LK
P
VG
M
A1
1
VC
O
M
AV
DD
M
LV
BP
5
M
LV
BN
5
M
LV
BN
4
M
LV
BP
4
VC
O
M
M
LV
BC
LK
N
M
LV
BN
3
M
LV
BP
3
VCOM
M
LV
BP
2
AV
DD
VG
M
A1
2
M
LV
BP
1
GND
RE
S2
VG
M
A1
4
M
LV
BP
0
V3
D3
SE
L2
VG
M
A1
5
RE
S1
VG
M
A1
6
VG
M
A1
7
V3
D3
V3D3
AV
DD
M
LV
BN
2
CS
1
M
LV
BN
1
X4
DI
O
2
V3D3
VG
M
A2
0
M
LV
BN
0
VG
M
A1
VG
M
A2
2
AVDD
V3
D3
VG
M
A3
X4
ST
B2
VG
M
A6
V3
D3
VG
M
A7
AV
DD
M
LV
BP
[0
..5
]
VG
M
A8
X4
ST
B1
VG
M
A9
PW
RC
VGMA[1..22]
PO
L
M
LV
BN
[0
..5
]
O
DL
Y0
GND GND
RE
S1
X4
ST
B1
M
LV
BC
LK
P
PO
L
M
LV
BC
LK
N
V3D3
AVDD
M
LV
BN
[0
..5
]
X4
ST
B2
M
LV
BP
[0
..5
]
VCOM
X4
DI
O
2
GND
X4
DI
O
1
RE
S2
VGMA[1..22]
O
DL
Y0
AVDD VCOM V3D3
Model Name
Size Document Number Rev
Date: Sheet of
X4 COF EC01Custom
8 11Thursday, August 21, 2008
T260XW02 VSK0 CPCB
<Variant Name>
Model Name
Size Document Number Rev
Date: Sheet of
X4 COF EC01Custom
8 11Thursday, August 21, 2008
T260XW02 VSK0 CPCB
<Variant Name>
Model Name
Size Document Number Rev
Date: Sheet of
X4 COF EC01Custom
8 11Thursday, August 21, 2008
T260XW02 VSK0 CPCB
<Variant Name>
GN
D
RP
O2
ST
B2
RP
O1VD
D
VC
OM
2
DA
TA
PO
L
RD
IO
2
TE
ST
A
LD
IO
2
PW
RC
LC
LK
P
GN
D
SH
L
DU
MM
Y
DU
MM
Y
GN
D
D_
ST
B
LV
2N
LV
2P
VD
DAGN
D
RE
SC
UE
2
GN
D
GN
D
GN
DA
RE
SC
UE
3
GN
DA
LV
1P
LV
1N
LV
0P
LV
0N CO
M
VD
D
VG
HCCS
0
VG
L
VG
MM
A1
2
CS
1
GN
D
VG
MM
A1
3
GN
D
VG
MM
A1
4
VG
MM
A1
5
OD
LY
0
VG
MM
A1
6
VG
MM
A1
7
VG
MM
A1
8
VG
MM
A1
9
GN
D
VG
MM
A2
0
VG
MM
A2
1
VG
MM
A2
2
VC
C
YD
IO
YC
LK
VB
OT
OD
LY
1
VT
OP
U_
DL
YO
E1
OD
LY
2
AV
DD
RP
O3GN
D
RV
0N GN
D
DU
MM
Y
GA
MM
A2
DU
MM
Y
RC
LK
P
GA
MM
A3
GA
MM
A4
RC
LK
N
GA
MM
A5
GA
MM
A6
GN
D
SE
L1
TE
ST
B
GA
MM
A7
LC
LK
N
SE
L2GA
MM
A8
VC
OM
DU
AL
RP
O1 GA
MM
A9
Dv
se
l
RP
O2 GA
MM
A1
0
RP
O3 GA
MM
A1
1
VD
D
GN
D
YO
E
U_
DL
YC
LK
YD
IO GN
D
DU
MM
Y
DU
MM
Y
GN
D
GN
D
GN
DA
VB
OT
VT
OP
VD
DA
RV
2N
RV
2PGN
D
VC
C
GN
D
VG
L
VG
HC CO
M
RE
SC
UE
1
LD
IO
1
RD
IO
1
PO
L
GN
DA
AV
DD BD
O
CA
SEVD
D
RV
1N
ST
B1 GA
MM
A1
GN
D
RV
1PD_
CA
SE
RV
0P
C461C461C460C460
X4
TAB133
X4
TAB133
13
2
13
366 65 64 63 62 61 60 59 58 57 56 55 54 53 52 51 50 49 48 47 46 45 44 43 42 41 40 39 38 37 36 35 34 33 32 31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 113
1
13
0
12
9
12
8
12
7
12
6
12
5
12
4
12
3
12
2
12
1
12
0
11
9
11
8
11
7
11
6
11
5
11
4
11
3
11
2
11
1
11
0
10
9
10
8
10
7
10
6
10
5
10
4
10
3
10
2
10
1
10
0 99 98 97 96 95 94 93 92 91 90 89 88 87 86 85 84 83 82 81 80 79 78 77 76 75 74 73 72 71 70 69 68 67
C459C459
X4TEST1X4TEST1
1
2
X4TEST2X4TEST2
1
2
5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
GND
M
LV
B
N
[0
..5
]
X
5D
IO
1
M
LV
B
C
LK
P
V
G
M
A
11
V
C
O
M
A
V
D
D
M
LV
B
P
5
M
LV
B
N
5
M
LV
B
N
4
M
LV
B
P
4 V
C
O
M
M
LV
B
C
LK
N
M
LV
B
N
3
M
LV
B
P
3
VCOM
M
LV
B
P
2
A
V
D
D
V
G
M
A
12
M
LV
B
P
1 R
E
S
2
V
G
M
A
14
M
LV
B
P
0V
3D
3
S
E
L2
V
G
M
A
15
R
E
S
1
V
G
M
A
16
V
G
M
A
17
V
3D
3
V3D3
A
V
D
D
M
LV
B
N
2
M
LV
B
N
1
X
5D
IO
2
V3D3
V
G
M
A
20
M
LV
B
N
0
V
G
M
A
1
V
G
M
A
22
GND
AVDD
V
3D
3
V
G
M
A
3
X
5S
TB
2
V
G
M
A
6
V
3D
3
V
G
M
A
7
A
V
D
D
M
LV
B
P
[0
..5
]
V
G
M
A
8
X
5S
TB
1
V
G
M
A
9
P
O
L
VGMA[1..22]
O
D
LY
0
R
E
S
1
R
E
S
2
GND
X
5S
TB
1
M
LV
B
C
LK
P
P
O
L
M
LV
B
C
LK
N
V3D3
AVDD
M
LV
B
N
[0
..5
]
X
5S
TB
2
M
LV
B
P
[0
..5
]
VCOM
X
5D
IO
1
X
5D
IO
2
VGMA[1..22]
O
D
LY
0
AVDD VCOM V3D3
Model Name
Size Document Number Rev
Date: Sheet of
X5 COF EC01Custom
9 11Thursday, August 21, 2008
T260XW02 VSK0 CPCB
<Variant Name>
Model Name
Size Document Number Rev
Date: Sheet of
X5 COF EC01Custom
9 11Thursday, August 21, 2008
T260XW02 VSK0 CPCB
<Variant Name>
Model Name
Size Document Number Rev
Date: Sheet of
X5 COF EC01Custom
9 11Thursday, August 21, 2008
T260XW02 VSK0 CPCB
<Variant Name>
GN
D
RP
O2
ST
B2
RP
O1VD
D
VC
OM
2
DA
TA
PO
L
RD
IO
2
TE
ST
A
LD
IO
2
PW
RC
LC
LK
P
GN
D
SH
L
DU
MM
Y
DU
MM
Y
GN
D
D_
ST
B
LV
2N
LV
2P
VD
DAGN
D
RE
SC
UE
2
GN
D
GN
D
GN
DA
RE
SC
UE
3
GN
DA
LV
1P
LV
1N
LV
0P
LV
0N CO
M
VD
D
VG
HCCS
0
VG
L
VG
MM
A1
2
CS
1
GN
D
VG
MM
A1
3
GN
D
VG
MM
A1
4
VG
MM
A1
5
OD
LY
0
VG
MM
A1
6
VG
MM
A1
7
VG
MM
A1
8
VG
MM
A1
9
GN
D
VG
MM
A2
0
VG
MM
A2
1
VG
MM
A2
2
VC
C
YD
IO
YC
LK
VB
OT
OD
LY
1
VT
OP
U_
DL
YO
E1
OD
LY
2
AV
DD
RP
O3GN
D
RV
0N GN
D
DU
MM
Y
GA
MM
A2
DU
MM
Y
RC
LK
P
GA
MM
A3
GA
MM
A4
RC
LK
N
GA
MM
A5
GA
MM
A6
GN
D
SE
L1
TE
ST
B
GA
MM
A7
LC
LK
N
SE
L2GA
MM
A8
VC
OM
DU
AL
RP
O1 GA
MM
A9
Dv
se
l
RP
O2 GA
MM
A1
0
RP
O3 GA
MM
A1
1
VD
D
GN
D
YO
E
U_
DL
YC
LK
YD
IO GN
D
DU
MM
Y
DU
MM
Y
GN
D
GN
D
GN
DA
VB
OT
VT
OP
VD
DA
RV
2N
RV
2PGN
D
VC
C
GN
D
VG
L
VG
HC CO
M
RE
SC
UE
1
LD
IO
1
RD
IO
1
PO
L
GN
DA
AV
DD BD
O
CA
SEVD
D
RV
1N
ST
B1 GA
MM
A1
GN
D
RV
1PD_
CA
SE
RV
0P
X5TEST1X5TEST1
1
2
C463C463
X5TEST2X5TEST2
1
2
C464C464C462C462
X5
TAB133
X5
TAB133
13
2
13
366 65 64 63 62 61 60 59 58 57 56 55 54 53 52 51 50 49 48 47 46 45 44 43 42 41 40 39 38 37 36 35 34 33 32 31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 113
1
13
0
12
9
12
8
12
7
12
6
12
5
12
4
12
3
12
2
12
1
12
0
11
9
11
8
11
7
11
6
11
5
11
4
11
3
11
2
11
1
11
0
10
9
10
8
10
7
10
6
10
5
10
4
10
3
10
2
10
1
10
0 99 98 97 96 95 94 93 92 91 90 89 88 87 86 85 84 83 82 81 80 79 78 77 76 75 74 73 72 71 70 69 68 67
5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
X6
DI
O
1
GND
M
LV
BC
LK
P
VGMA16
VG
M
A1
1
VC
O
M
AV
DD
M
LV
BP
5
M
LV
BN
5
M
LV
BN
4
M
LV
BP
4
MLVBCLKP
VC
O
M
M
LV
BC
LK
N
M
LV
BN
3
M
LV
BP
3
VCOM
M
LVBP
2
MLVBCLKN
AV
DD
VG
M
A1
2
VGMA6
VGMA7
VGMA12
M
LV
BP
1
VGMA14
RE
S2
VG
M
A1
4
M
LV
BP
0
V3
D3
VGMA1
SE
L2
VGMA17VGMA3
VGMA8
VGMA9
VGMA11
VG
M
A1
5
RE
S1
VG
M
A1
6
VG
M
A1
7
V3
D3
V3D3
AV
DD
M
LV
BN
2
CS
1
M
LV
BN
1
VG
M
A2
0
VGMA[1..22]
M
LV
BN
0
VG
M
A1
VG
M
A2
2
AVDD
V3
D3
VG
M
A3
VGMA15
VG
M
A6
V3
D3
VG
M
A7
AV
DD
M
LV
BP
[0
..5
]
VG
M
A8
VGMA20
X6
ST
B1
VG
M
A9
PW
RC
VGMA22
PO
L
M
LV
BN
[0
..5
]
MLVBP1MLVBN1
MLVBP2MLVBN2
MLVBP3MLVBN3
MLVBP4MLVBN4
MLVBP5MLVBN5
MLVBP0MLVBN0
O
DL
Y0
X6
DI
O
1
RE
S1
X6
ST
B1
M
LV
BC
LK
PP
O
L
M
LV
BC
LK
N
V3D3
AVDD
M
LV
BN
[0
..5
]
M
LV
BP
[0
..5
]
VCOM
RE
S2
GND
VGMA[1..22]
O
DL
Y0
AVDD VCOM V3D3
Model Name
Size Document Number Rev
Date: Sheet of
X6 COF EC01Custom
10 11Thursday, August 21, 2008
T260XW02 VSK0 CPCB
<Variant Name>
Model Name
Size Document Number Rev
Date: Sheet of
X6 COF EC01Custom
10 11Thursday, August 21, 2008
T260XW02 VSK0 CPCB
<Variant Name>
Model Name
Size Document Number Rev
Date: Sheet of
X6 COF EC01Custom
10 11Thursday, August 21, 2008
T260XW02 VSK0 CPCB
<Variant Name>
V1 & V22=> L255.
V3& V20 => L253
V6& V17 => L128
V7 & V16 => L64
V8 & V15 => L32
V9 & V14 => L2
V11 & V12 => L0
Close to X6
End Termination For X6
GN
D
RP
O2
ST
B2
RP
O1VD
D
VC
OM
2
DA
TA
PO
L
RD
IO
2
TE
ST
A
LD
IO
2
PW
RC
LC
LK
P
GN
D
SH
L
DU
MM
Y
DU
MM
Y
GN
D
D_
ST
B
LV
2N
LV
2P
VD
DAGN
D
RE
SC
UE
2
GN
D
GN
D
GN
DA
RE
SC
UE
3
GN
DA
LV
1P
LV
1N
LV
0P
LV
0N CO
M
VD
D
VG
HCCS
0
VG
L
VG
MM
A1
2
CS
1
GN
D
VG
MM
A1
3
GN
D
VG
MM
A1
4
VG
MM
A1
5
OD
LY
0
VG
MM
A1
6
VG
MM
A1
7
VG
MM
A1
8
VG
MM
A1
9
GN
D
VG
MM
A2
0
VG
MM
A2
1
VG
MM
A2
2
VC
C
YD
IO
YC
LK
VB
OT
OD
LY
1
VT
OP
U_
DL
YO
E1
OD
LY
2
AV
DD
RP
O3GN
D
RV
0N GN
D
DU
MM
Y
GA
MM
A2
DU
MM
Y
RC
LK
P
GA
MM
A3
GA
MM
A4
RC
LK
N
GA
MM
A5
GA
MM
A6
GN
D
SE
L1
TE
ST
B
GA
MM
A7
LC
LK
N
SE
L2GA
MM
A8
VC
OM
DU
AL
RP
O1 GA
MM
A9
Dv
se
l
RP
O2 GA
MM
A1
0
RP
O3 GA
MM
A1
1
VD
D
GN
D
YO
E
U_
DL
YC
LK
YD
IO GN
D
DU
MM
Y
DU
MM
Y
GN
D
GN
D
GN
DA
VB
OT
VT
OP
VD
DA
RV
2N
RV
2PGN
D
VC
C
GN
D
VG
L
VG
HC CO
M
RE
SC
UE
1
LD
IO
1
RD
IO
1
PO
L
GN
DA
AV
DD BD
O
CA
SEVD
D
RV
1N
ST
B1 GA
MM
A1
GN
D
RV
1PD_
CA
SE
RV
0PX6X6
13
2
13
366 65 64 63 62 61 60 59 58 57 56 55 54 53 52 51 50 49 48 47 46 45 44 43 42 41 40 39 38 37 36 35 34 33 32 31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 113
1
13
0
12
9
12
8
12
7
12
6
12
5
12
4
12
3
12
2
12
1
12
0
11
9
11
8
11
7
11
6
11
5
11
4
11
3
11
2
11
1
11
0
10
9
10
8
10
7
10
6
10
5
10
4
10
3
10
2
10
1
10
0 99 98 97 96 95 94 93 92 91 90 89 88 87 86 85 84 83 82 81 80 79 78 77 76 75 74 73 72 71 70 69 68 67
BN1BN1
P
A
D
1
C466C466
C428C428
R417R417
X6TEST2X6TEST2
1
2
C436C436
BP5BP5
P
A
D
1
BN5BN5
P
A
D
1
X6TEST1X6TEST1
1
2
C467C467
C427C427
C435C435
R411R411
C426C426
BP3BP3
P
A
D
1
C465C465
C434C434
BP4BP4
P
A
D
1
C433C433
R416R416
BN0BN0
P
A
D
1
BCLKNBCLKN
P
A
D
1
BN3BN3
P
A
D
1
R415R415
C432C432
R414R414
BN4BN4
P
A
D
1
C425C425
BN2BN2
P
A
D
1
C431C431
BP2BP2
P
A
D
1
R412R412
BP0BP0
P
A
D
1
C430C430
C421C421
C422C422
R413R413
BP1BP1
P
A
D
1
BCLKPBCLKP
P
A
D
1
C429C429
5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
G ND
M o d e l Na m e
Size Do cu m e n t Nu m b e r Re v
Da te : Sh e e t o f
Dummy Pad EC01Cu sto m
1 1 1 1M o n d a y, Au g u st 1 8 , 2 0 0 8
T260XW02 VSK0 CPCBAM o d e l Na m e
Size Do cu m e n t Nu m b e r Re v
Da te : Sh e e t o f
Dummy Pad EC01Cu sto m
1 1 1 1M o n d a y, Au g u st 1 8 , 2 0 0 8
T260XW02 VSK0 CPCBAM o d e l Na m e
Size Do cu m e n t Nu m b e r Re v
Da te : Sh e e t o f
Dummy Pad EC01Cu sto m
1 1 1 1M o n d a y, Au g u st 1 8 , 2 0 0 8
T260XW02 VSK0 CPCBA
Double GND
pad 4mm
DP1
DP8 9 2
DP1
DP8 9 2
1 2 3 4 5 6 7 8 9 1
0
1
1
1
2
1
3
1
4
1
5
1
6
1
7
1
8
1
9
2
0
2
1
2
2
2
3
2
4
2
5
2
6
2
7
2
8
2
9
3
0
3
1
3
2
3
3
3
4
3
5
3
6
3
7
3
8
3
9
4
0
4
1
4
2
4
3
4
4
4
5
4
6
4
7
4
8
4
9
5
0
5
1
5
2
5
3
5
4
5
5
5
6
5
7
5
8
5
9
6
0
6
1
6
2
6
3
6
4
6
5
6
6
6
7
6
8
6
9
7
0
7
1
7
2
7
3
7
4
7
5
7
6
7
7
7
8
7
9
8
0
8
1
8
2
8
3
8
4
8
5
8
6
8
7
8
8
8
9
9
0
9
1
9
2
9
3
9
4
9
5
9
6
9
7
9
8
9
9
1
0
0
1
0
1
1
0
2
1
0
3
1
0
4
1
0
5
1
0
6
1
0
7
1
0
8
1
0
9
1
1
0
1
1
1
1
1
2
1
1
3
1
1
4
1
1
5
1
1
6
1
1
7
1
1
8
1
1
9
1
2
0
1
2
1
1
2
2
1
2
3
1
2
4
1
2
5
1
2
6
1
2
7
1
2
8
1
2
9
1
3
0
1
3
1
1
3
2
1
3
3
1
3
4
1
3
5
1
3
6
1
3
7
1
3
8
1
3
9
1
4
0
1
4
1
1
4
2
1
4
3
1
4
4
1
4
5
1
4
6
1
4
7
1
4
8
1
4
9
1
5
0
1
5
1
1
5
2
1
5
3
1
5
4
1
5
5
1
5
6
1
5
7
1
5
8
1
5
9
1
6
0
1
6
1
1
6
2
1
6
3
1
6
4
1
6
5
1
6
6
1
6
7
1
6
8
1
6
9
1
7
0
1
7
1
1
7
2
1
7
3
1
7
4
1
7
5
1
7
6
1
7
7
1
7
8
1
7
9
1
8
0
1
8
1
1
8
2
1
8
3
1
8
4
1
8
5
1
8
6
1
8
7
1
8
8
1
8
9
1
9
0
1
9
1
1
9
2
1
9
3
1
9
4
1
9
5
1
9
6
1
9
7
1
9
8
1
9
9
2
0
0
2
0
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R
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3
R
XI
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R
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R
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R
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R
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ES
F
M
_V
C
O
M
I2
M
_V
C
O
M
I2
YDIOD YDIOD
YCLK
YDIOD
YC
LKYD
IO
D
M_VCOMI2M_VCOMI2
EX
SD
A
SDA
SCL
XA
VD
D
AVDD
LV
C
LK
N
LV
C
LK
N
LV
C
LK
P
LV
C
LK
P
RVP[0..2]
R
VC
LK
N
R
VC
LK
N
R
VC
LK
P
R
VC
LK
P
U
_D
F
YD
IO
U
_F
YD
IO
U
XD
IO
F
XD
IO
F
HAVDD XHAVDD
XHAVDDXHAVDD
LV
N
[4
..6
]
LV
N
[4
..6
]
LV
P[
4.
.6
]
LV
P[
0.
.2
]
LV
N
[0
..2
]
LV
N
6
LV
N
4
LV
N
5
LV
P5
LV
P4
LV
N
2
LV
N
1
LV
N
0
LV
P2
LV
P1
LV
P0
LV
P4
LV
P5
LV
P6
LV
N
4
LV
N
5
LV
N
6
LV
P[
0.
.2
]
LV
N
[0
..2
]
LV
P0
LV
P1
LV
P2
LV
N
0
LV
N
1
LV
N
2
R
VP
0
R
VN
0
R
VP
1
R
VN
1
R
VP
2
R
VN
2
R
VP
4
R
VN
4
R
VP
5
R
VN
5
R
VP
6
R
VN
6
R
VP
[4
..6
]
RVN[0..2]
R
VN
[0
..2
]
RVP[0..2]
R
VP
[0
..2
]
R
VC
LK
N
R
VC
LK
P
R
VP
4
R
VN
4
R
VP
5
R
VN
5
R
VP
6
R
VN
6
R
VP
[4
..6
]
R
VN
[4
..6
]
R
VP
[0
..2
]
R
VN
[0
..2
]
RVN[0..2]
R
VP
0
R
VN
0
R
VP
1
R
VN
1
R
VP
2
R
VN
2
YO
E_
F
YO
E
YO
E YD
IO
D
_F
YD
IO
D
XP
O
L1
XSTB
XPOL
YD
IO
U
YDIOU YDIOU
XVCC
U_DFXVCC
U_DB
U
_D
B
XD
IO
B
XD
IO
B
R
VN
[4
..6
]
LV
P6
LV
P[
4.
.6
]
VGMA[1..22]VGMA[1..22]
XH
AV
D
D
XH
AV
D
DVC
O
M
F2
VCOMF2
M_VCOMI2
VCOMF
VCOMF2
VCOMF2
VC
O
M
F2
YOE
YC
LK
_F
YC
LK
YDIOU
AGBSEN AGING
LVDS_SELLVDSORD
V3D3
XA
VD
D
EX
SC
L
R
ES
B
12Vin
G
N
D
AG
IN
G
SC
L
SD
A
RXINEP[0..3]
W
P
EXWP
WP
Model Name
Size Document Number Rev
Date: Sheet of
Custom
1 4Tuesday, September 30, 2008
T315HW02 V2 CB
友達光電電視顯示器產品研發處
Control Block EC02
T315HW02 V2 EC02
Model Name
Size Document Number Rev
Date: Sheet of
Custom
1 4Tuesday, September 30, 2008
T315HW02 V2 CB
友達光電電視顯示器產品研發處
Control Block EC02
T315HW02 V2 EC02
Model Name
Size Document Number Rev
Date: Sheet of
Custom
1 4Tuesday, September 30, 2008
T315HW02 V2 CB
友達光電電視顯示器產品研發處
Control Block EC02
T315HW02 V2 EC02
NC
Close to U100
NC
Close to J2
Close to TCON
Close to J1
X-BACK/Right
Close to J2,J3
Close to J1
X-FRONT/Left
Close to Tcon
Close to J2
Close to J3
YDIOU
Normal / Mirror Setting Table
O
X
Normal Mirror
YDIOD O
X
U_DF
U_DB
H
HL
L
NC
NC
NCNC
NC
NC
NC
High Aging
LORD_INV
LVDSORD Setting Table
0 NS
LVDSORD MODE
NS
JEIDA
JEIDA
1
0
0 1
1
1 0 MD40_NPTH
MD45_NPTH
MD40_NPTH
MD40_NPTH
MD40_NPTH
MD40_NPTH
MD45_NPTH
MD43_NPTH MD43_NPTH
NC
Inverse circuit
J3J3
G
1
G
2 1234567891011121314151617181920212223242526272829303132333435363738394041424344454647484950515253545556575859606162636465666768697071727374757677787980
C1C1
R8R8
R11R11
TCON
R
X
IN
O
N
[0
..3
]
R
X
IN
O
P
[0
..3
]
R
X
C
LK
O
N
R
X
C
LK
O
P
R
X
C
LK
E
N
R
X
C
LK
E
P
R
X
IN
E
N
[0
..3
]
R
X
IN
E
P
[0
..3
]
LV
D
S
O
R
D
A
G
B
S
E
N
EXSDA
EXSCL
GND
V1D2
V3D3
YV1C
XSTB
XPOL
R
V
P
[4
..6
]
R
V
N
[4
..6
]
LV
N
[0
..2
]
LV
P
[0
..2
]
YOE_T
YCLK_T
YDIO_T
RVCLKP
RVCLKN
LV
C
LK
N
LV
C
LK
P
LV
P
[4
..6
]
LV
N
[4
..6
]
RVN[0..2]
RVP[0..2]
EXWP
C12C12
R13R13 C14C14
RXINEP3RXINEP3
P
A
D
1
EXSDAEXSDA
P
A
D
1
R3R3
GH4GH4
1
B1B1
R19R19
GH6GH6
1
R6R6
B4B4
C7C7
RXINON0RXINON0
P
A
D
1
R25R25
RXINEP1RXINEP1
P
A
D
1
C4C4
C16C16
R23R23
RXINEP2RXINEP2
P
A
D
1
RXCLKOPRXCLKOP
P
A
D
1
C3C3
R29R29
C15C15
R26R26
RXINEP0RXINEP0
P
A
D
1
R5R5
RXINEN3RXINEN3
P
A
D
1
C18C18
D1D1
Gamma
A
V
D
DGND
VGMA[1..22]
V
C
O
M
F2
V
C
O
M
F
R24R24
R21R21
C5C5
RXINEN2RXINEN2
P
A
D
1
C10C10
GND
V12in
V3D3
A
V
D
D
V
G
H
C
V
G
L
Y
V
1C
V1D2
H
A
V
D
D
RXINOP2RXINOP2
P
A
D
1
B2B2
GH8GH8
1
R14R14
J1J1
1
1
2
2
3
3
4
4
5
5
6
6
7
7
8
8
9
9
10
10
11
11
12
12
13
1314
14
15
15
16
16
17
17
18
18
19
19
20
20
21
21
22
22
23
23
24
24
25
25
26
26
27
27
28
28
29
29
30
30
31
31
32
32
G
2
G
2
G
1
G
1
G
3
G
3
G
4
G
4
G
5
G
5
G
6
G
6
G
7
G
7
G
8
G
8
G
9
G
9
G
10
G
10
33
33
34
34
35
35
36
36
37
37
38
38
39
39
40
40
41
41
42
42
43
43
44
44
45
45
46
46
47
47
48
48
49
49
50
50
51
51
YOEYOE
PAD1
R34R34
J2J2
G
1
G
2 1234567891011121314151617181920212223242526272829303132333435363738394041424344454647484950515253545556575859606162636465666768697071727374757677787980
GH9GH9
1
F1F1
GH1GH1
1
R2R2
R22R22
R4R4
C13C13
R27R27
C9C9
GH3GH3
1
12Vin12Vin
P
A
D
1
RXCLKENRXCLKEN
P
A
D
1
B3B3
RXINEN1RXINEN1
P
A
D
1
YDIOUYDIOUPAD
1
RXCLKONRXCLKON
P
A
D
1
R1R1
R7R7
R33R33
R10R10
D4D4
R15R15
C19C19
RXINON1RXINON1
P
A
D
1
XPOL1XPOL1
P
A
D
1
EXSCLEXSCL
P
A
D
1
EXWPEXWP
P
A
D
1
YDIODYDIODPAD
1
C11C11
R9R9
R16R16
GH5GH5
1
R31R31
D3D3
YCLKYCLKPAD
1
RXINOP0RXINOP0
P
A
D
1
R30R30
R12R12
C6C6
RXINOP3RXINOP3
P
A
D
1
C17C17
D2D2
RXINOP1RXINOP1
P
A
D
1
R28R28
XSTB1XSTB1
P
A
D
1
R18R18
RXINON2RXINON2
P
A
D
1
C8C8
Q102Q102
G
D
S
C20C20
RXINON3RXINON3
P
A
D
1
R20R20
R17R17
RXINEN0RXINEN0
P
A
D
1
RXCLKEPRXCLKEP
P
A
D
1
GH7GH7
1
C2C2
GH2GH2
1
5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
V3D3_F
REF
V12in
V1D2
V3D3
VGL
V12in
Vo1
Vo1V12in SW
SW
V12in
V12in
Vo1
REF
GD
AVDD
GND
V12in
HAVDD
AVDD
VGHM
VGH
GND
V12in
HAVDD
V1D2
VGL
AVDD
V3D3
YV1C
VGHC
V3D3
Model Name
Size Document Number Rev
Date: Sheet of
Custom
2 4Tuesday, September 30, 2008
T315HW02 V2 CB
友達光電電視顯示器產品研發處
DC-DC(ROHM-8160) EC02
T315HW02 V2 EC02
Model Name
Size Document Number Rev
Date: Sheet of
Custom
2 4Tuesday, September 30, 2008
T315HW02 V2 CB
友達光電電視顯示器產品研發處
DC-DC(ROHM-8160) EC02
T315HW02 V2 EC02
Model Name
Size Document Number Rev
Date: Sheet of
Custom
2 4Tuesday, September 30, 2008
T315HW02 V2 CB
友達光電電視顯示器產品研發處
DC-DC(ROHM-8160) EC02
T315HW02 V2 EC02
C125 put closed to Pin 20
TI65160: R121=191K; R122=110K
BD8160: R121=191K; R122=110K
 C129=68pF
C101, C102 put closed to L101
TI65160: R101=127K; R103=10K
BD8160: R101=127K; R103=10.2K
 C106=200pF
C124 put closed to Pin 22
C121: AVDD and VGH delay time control
C122: VGL delay time control
C120: AVDD soft-start time control
C109 put closed to Pin 8
NC
TI65160: R104=0 ; C107=22n
BD8160: R104=7.5K; C107=2.2n
16.2V
1/2 AVDD soft-start
close pin6
VFB=0.9V
close pin7
Current limit R to reduce inrush
current during YV1C switch
27.15V
NCNC
Ivhgc = 40mA
Iv1d2 = 200 mA
MAX : 4.0mm
R128 / R119 for HAVDD power sequence control
NC
NC
NC
R105R105
C128C128
R117R117
R109R109
V1D2V1D2
P
A
D
1
D103D103
A
K
J
D107D107
C105C105
C122C122
C116C116
R125R125
U101U101
FB1
COMP2
OS3
SW4
SW5
PGND6
PGND7
SUP8
EN29
DRP10
DRN11
FREQ12
FBN13
FBP14 FBB 15
EN1 16
BOOT 17
SWB 18
NC 19
VINB 20
SS 28
GD 27
DLY2 26
DLY1 25
REF 24
GND 23
AVIN 22
VINB 21
G
1
G
1
R121R121
C141C141
R113R113
C113C113
R142R142
D108D108
R101R101
U103U103
G
N
D
G
VinI Vout O
C131C131
L103L103
R110R110
R141R141
C138C138
R133R133
Q101Q101
G
S D
C108C108
C137C137
R134R134
VGHCVGHC
P
A
D
1
C110C110
D105D105
R112R112
C125C125
D109D109
C140C140
R114R114
R107R107
C101C101
C114C114
U104U104
SS1
BST2
VIN3
SW4 GND 5
FB 6
COMP 7
EN 8
G
1
G
1
C126C126
HAVDDHAVDD
P
A
D
1
D110D110
C104C104
R137R137
C118C118
R103R103
R123R123
C129C129
R106R106
L101L101
R115R115
C123C123
R126R126
C145C145
L102L102
R145R145
VGLVGL
P
A
D
1
C107C107
R119R119
C117C117
C112C112
C144C144
C127C127
C143C143
R120R120
C130C130
C133C133
R132R132
C111C111
V3D3V3D3
P
A
D
1
C120C120
AVDDAVDD
P
A
D
1
U105U105
VGH 1
VGHM 2
RE 3
CD 4VD5
VDPM6
GND7
VFLK8
R144R144
R122R122
D101D101
R127R127
R116R116
C132C132
R104R104
C115C115
C109C109
R131R131
C103C103
R108R108
D104D104
R135R135
R136R136
R140R140
R143R143
C119C119
C124C124
R102R102
C121C121
C102C102
R124R124
R118R118
C106C106
5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
REF_F22
REF_F11
VGMA_REF
REF_F6
REF_F19
REF_F21
REF_F8
REF_F15
REFB12
REF_F13
REF_F10
REF_F2
REF_F17
REFB1
REF_F4
VGMA10
REFB21
REFB19
AVDD
REFB17
REFB15
REFB13
REFB12
REFB11
REFB8
REFB10
VGMA12
VGMA19
REFB4
REFB6
VGMA17
VGMA21
AVDD
REFB1
VGMA2
VGMA15
REFB2
VGMA13
VGMA[1..22]
VGMA1
VGMA11
REFB22 VGMA22
VGMA4
VGMA6
VGMA8
REFB22
REFB11
AVDD
RE
F_
F6
RE
FB
15
RE
FB
10
RE
F_
F1
7
RE
FB
12
RE
F_
F1
9
REFB22
RE
F_
F1
5
RE
F_
F1
3
REFB21
RE
FB
8
RE
FB
6
RE
FB
17
REFB19
RE
FB
13
REF_F22
RE
F_
F1
1
AVDD
REF_F21
RE
FB
11
RE
F_
F8
RE
FB
4
REFB1
RE
F_
F1
0
REF_F1
RE
F_
F1
2
RE
F_
F4
REF_F2
RE
FB
2
AVDD
REF_F1
REF_F12
VCOMF2
VCOMF
GND
AVDD
GND
VGMA[1..22]
VCOMF2
VCOMF
Model Name
Size Document Number Rev
Date: Sheet of
Custom
3 4Tuesday, September 30, 2008
T315HW02 V2 CB
友達光電電視顯示器產品研發處
Gamma(14+1) EC02
T315HW02 V2 EC02
Model Name
Size Document Number Rev
Date: Sheet of
Custom
3 4Tuesday, September 30, 2008
T315HW02 V2 CB
友達光電電視顯示器產品研發處
Gamma(14+1) EC02
T315HW02 V2 EC02
Model Name
Size Document Number Rev
Date: Sheet of
Custom
3 4Tuesday, September 30, 2008
T315HW02 V2 CB
友達光電電視顯示器產品研發處
Gamma(14+1) EC02
T315HW02 V2 EC02
VG1 & VG22 => L255.
VG2 & VG21 => L254
VG4 & VG19 => L223
VG6 & VG17 => L128
VG8 & VG15 => L32
VG10 & VG13 => L2
VG11 & VG12 => L0
Negative Gamma Value
Close to U500 pin38
Positive Gamma Value
Close to U500 pin23
Close to U501
Close to U500 pin32
Close to U500 pin29
Close to U500 pin30
Close to U201 pin22
Close to U500 pin8
Close to U500 pin15
Close to U500 pin47
Close to U500 pin43
C503C503
VZREFVZREF
PAD 1
REF6REF6
PAD 1
VG6VG6
P
A
D
1
C527C527
R510R510
VG13VG13
P
A
D
1
REF4REF4
PAD 1
VG19VG19
P
A
D
1
VG2VG2
P
A
D
1
VG11VG11
P
A
D
1
C517C517
R536R536
R528R528
VG22VG22
P
A
D
1
RN500RN500
1
2
3
4 5
6
7
8
REF17REF17
PAD 1
C521C521
C511C511
R512R512
R542R542
C514C514
C522C522
R541R541
C508C508
R529R529
REF_F11REF_F11
PAD 1
R513R513
REF21REF21
PAD 1
R534R534
RN501RN501
1
2
3
4 5
6
7
8
R523R523
REF8REF8
PAD 1
C505C505
R530R530
R516R516
R506R506
R518R518
C502C502
R511R511
R544R544
R538R538
REF15REF15
PAD 1
R520R520
R543R543
R514R514
R515R515
RN502RN502
1
2
3
4 5
6
7
8
C519C519
R526R526
C520C520
C524C524
R539R539
VG8VG8
P
A
D
1
C516C516
REF13REF13
PAD 1
VG12VG12
P
A
D
1
VG17VG17
P
A
D
1
R500R500
C510C510
R508R508
VG1VG1
P
A
D
1
C513C513
R501R501
R503R503
C525C525
REF2REF2
PAD 1
R521R521
C507C507
U500U500
Lo
2
Jo
4
K
o
3
M
o
1
Io
5
H
o
6
V
S
S
7
N.C. 16
VDD 15
N.C. 14
Co 13
D
o
12
E
o
11
Fo
10
V
D
D
8
G
o
9
N.C. 17
Bo 18
VSS 19
Ao 20
VSS 21
VDD 22
Ai 23
Bi 24
C
i
25
D
i
26
E
i
27
Fi
28
G
i
29
V
D
D
30
V
S
S
31
H
i
32
Ii
33
Ji
34
K
i
35
Li
36
Mi37
Ni38
Vcomi39
N.C.40
N.C.41
N.C.42
VDD43
VSS44
VDD45
VSS46
Vcomo47
No48
G
1
G
1
R504R504
C504C504
REF_F1REF_F1
PAD 1
REF_F12REF_F12
PAD 1
R507R507
R535R535
R532R532
R531R531
REF_F22REF_F22
PAD 1
VG4VG4
P
A
D
1
C518C518
VG10VG10
P
A
D
1
R524R524
R505R505
VGMA_REFVGMA_REF
P
A
D
1
R517R517
R522R522
R545R545
C515C515
C526C526
R537R537
C523C523
C512C512
C509C509
U501U501
REFR
A
N
O
D
E
A
C
A
TH
C
C501C501
REF19REF19
PAD 1
VG21VG21
P
A
D
1
VG15VG15
P
A
D
1
R525R525
REF10REF10
PAD 1
R533R533
R540R540
R527R527
C506C506
5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
VDD_V1D2
LV
P
[4
..6
]
R
V
N
[4
..6
]
R
V
P
[4
..6
]
V3D3
LV
N
[4
..6
]
GND
R
V
N
[0
..2
]
R
X
IN
O
P
1
R
V
N
5
R
X
IN
O
N
2
R
X
IN
O
P
2
R
X
IN
E
P
[0
..3
]
R
V
P
5
XIN
R
X
C
LK
O
N
R
X
C
LK
O
P
R
X
IN
O
N
3
AGBSEN
VDD_V1D2
R
X
IN
O
P
3
R
V
P
4
LVDSORDR
X
IN
E
P
0
R
V
P
[0
..2
]
R
X
IN
E
N
1
R
X
IN
E
P
1
R
X
IN
E
N
2
R
X
IN
E
P
2
R
X
C
LK
E
N
R
X
C
LK
E
P
RVN2
R
X
IN
E
N
3
R
X
IN
E
P
3
RVP2
RVN1
RVP1
RVN0
EEPROM_Hi
XPOL
RVP0
YDIO_T
VDD_V3D3
INSCL
VDD_V3D3
VDD_V3D3
YCLK_T
VDD_V3D3
VDD_V3D3
YOE_T
VDD_V1D2
XOUT
R
X
IN
E
N
0
RST
V3D3
YV1C
R
X
IN
O
P
[0
..3
]
R
V
N
4
R
X
IN
O
N
[0
..3
]
LV
C
LK
N
GND
VDD_V3D3
LV
N
6
VDD_V1D2
LV
P
6
VDD_V1D2
VDD_V1D2
LV
N
5
VDD_V1D2
LV
P
5
VDD_V1D2
LV
P
4
LV
P
[0
..2
]
VDD_V3D3
LV
N
[0
..2
]
LV
N
2
XSTB
VDD_V3D3
R
X
IN
E
N
[0
..3
]
LV
N
1
R
V
C
LK
N
LV
P
1
OSCSEL
LV
N
0
LV
P
0
INSDA
EPWP
V1D2
R
X
IN
O
N
0
R
V
N
6
R
X
IN
O
N
1
ODEN
R
X
IN
O
P
0
R
V
P
6
VDD_V3D3
V3D3
LV
N
4
LV
P
2
EXSCL
EXSDA
LV
C
LK
P
R
V
C
LK
P
R
X
IN
O
N
[0
..3
]
GND
R
X
IN
O
P
[0
..3
]
R
X
C
LK
O
N
R
X
C
LK
O
P
R
X
C
LK
E
N
R
X
C
LK
E
P
R
X
IN
E
N
[0
..3
]
R
X
IN
E
P
[0
..3
]
LVDSORD
AGBSEN
EXSDA
EXSCL
V1D2
V3D3
YV1C
XSTB
XPOL
YOE_T
YCLK_T
YDIO_T
R
V
P
[4
..6
]
R
V
N
[4
..6
]
LV
P
[0
..2
]
LV
N
[0
..2
]R
V
C
LK
P
R
V
C
LK
N
LV
C
LK
N
LV
C
LK
P
LV
P
[4
..6
]
LV
N
[4
..6
]
R
V
N
[0
..2
]
R
V
P
[0
..2
]
EXWP
Model Name
Size Document Number Rev
Date: Sheet of
Custom
4 4Tuesday, September 30, 2008
T315HW02 V2 CB
友達光電電視顯示器產品研發處
T-CON(12401 B1) EC02
T315HW02 V2 EC02
Model Name
Size Document Number Rev
Date: Sheet of
Custom
4 4Tuesday, September 30, 2008
T315HW02 V2 CB
友達光電電視顯示器產品研發處
T-CON(12401 B1) EC02
T315HW02 V2 EC02
Model Name
Size Document Number Rev
Date: Sheet of
Custom
4 4Tuesday, September 30, 2008
T315HW02 V2 CB
友達光電電視顯示器產品研發處
T-CON(12401 B1) EC02
T315HW02 V2 EC02
Closed to pin38 of U300
Td(sec) = R(Ω) * C(F) * 0.79
=0.22u * 0.56K * 0.79 = 97mS
For KME use
Close to U300
Closed to pin8 of U301
NC
Close to U300
Closed to pin117 of U300
Closed to pin127 of U300
Closed to pin33 of U300
Closed to pin65 of U300
NC
NC
Closed to pin56 of U300
Data Mapping Setting Table
PIX_SFT_EN
MODE41
FRVS1
FRVS2
BRVS
CHPXF
CHPXB
CHFB
CHML
CHRB
CHPN
0
0
0
0
0
0
0
0
1
0
1
OD_EN
Internal Register 
0 : disable (internal pull down)
1 : Enable
On Bottom Layer
NC
U302(Customer request)
Device Address:A4
For AUO setting:
Device Address:AE
VSEL(internal pull up)
0:3.3V
1:2.5V
Y301Y301 1
4
2
3
R304R304
C309C309
C320C320
IN
S
C
L
IN
S
C
L
P
A
D
1
C304C304
R313R313
C318C318
L302L302
AUO12401
U300
AUO12401
U300
R
X
IN
O
0N
1
R
X
IN
O
0P
2
R
X
IN
O
1N
3
R
X
IN
O
0P
4
R
X
IN
O
2N
5
R
X
IN
O
2P
6
V
D
D
L
7
G
N
D
8
R
X
C
LK
O
N
9
R
X
C
LK
O
P
10
R
X
IN
O
3N
11
R
X
IN
O
3P
12
R
X
IN
O
4N
13
R
X
IN
O
4P
14
V
D
D
L
15
G
N
D
16
V
D
D
C
12
17
V
D
D
C
12
18
G
N
D
19
R
X
IN
E
0N
20
R
X
IN
E
0P
21
R
X
IN
E
1N
22
R
X
IN
E
1P
23
R
X
IN
E
2N
24
R
X
IN
E
2P
25
V
D
D
L
26
R
X
C
LK
E
N
27
R
X
C
LK
E
P
28
R
X
IN
E
3N
29
R
X
IN
E
3P
30
R
X
IN
E
4N
31
R
X
IN
E
4P
32
TEST 64
SWAPL 63
GOAEN 62
SPDEN 61
DCREN 60
ODEN 59
AGBSEN 58
LVDSORD 57
VDDIO(DRAM) 56
GND(DRAM) 55
VDDC12(DEAM) 54
VSEL 53
XSTB 52
XBDO 51
XPOL 50
YDIO 49
YCLK 48
YOE1 47
YOE2 46
VDDIO 45
GND 44
YOE3 43
YOE4 42
YV1C 41
GND 40
VDDC12 39
RSTN 38
INSDA 37
INSCL 36
EPWP 35
EXSDA 34
EXSCL 33
R
V
2N
96
R
V
2P
95
G
N
D
94
V
D
D
M
93
R
V
1N
92
R
V
1P
91
R
V
0N
90
R
V
0P
89
LV
7N
88
LV
7P
87
LV
6N
86
LV
6P
85
G
N
D
84
V
D
D
M
83
LV
5N
82
LV
5P
81
LV
4N
80
LV
4P
79
G
N
D
78
V
D
D
C
12
77
LV
C
LK
N
76
LV
C
LK
P
75
LV
3N
74
LV
3P
73
LV
2N
72
LV
2P
71
G
N
D
70
V
D
D
M
69
LV
1N
68
LV
1P
67
LV
0N
66
LV
0P
65
PV3P97
RV3N98
VDDC1299
GND100
RVCLKP101
RVCLKN102
RV4P103
RV4N104
RV5P105
RV5N106
VDDM107
GND108
RV6P109
RV6N110
RV7P111
RV7N112
GND113
RMLVDS114
VDDM115
REXT116
VDDC12117
VDDC12(PLL)118
GND119
GND121
GND122
VDDIO123
GND124
PWM125
OSCSEL126
XIN127
XOUT128
VDDIO(SSCG)120
C328C328
C319C319
C313C313
C316C316
C301C301 C303C303
R305R305
C315C315
R312R312
C302C302
L300L300
R319R319
C311C311
BA300BA300 1
3
2
4 C325C325
C323C323
BA301BA301
1
3
2
4
C321C321
R303R303
V
C
C
E
V
C
C
E
P
A
D
1
R311R311
R315R315
U301U301
A0 1
A1 2
A2 3
GND 4SDA5
SCL6
WP7
VCC8
IN
S
D
A
IN
S
D
A
P
A
D
1
R301R301
R316R316
R309R309
C327C327
C307C307
L301L301
C317C317
R302R302
R310R310
R306R306
R317R317
C310C310
C306C306
U302U302
A0 1
A1 2
A2 3
GND 4SDA5
SCL6
WP7
VCC8
C322C322
R314R314
R308R308
C308C308
C324C324
D300D300
R307R307
C305C305
G
N
D
E
G
N
D
E
P
A
D
1
E
P
W
P
E
P
W
P
P
A
D
1
C314C314
RSTRST
P
A
D
1
R318R318
C326C326
C312C312
5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
R
X
C
LK
A
N
X
V
C
C
VGL
T1
_L
V
P
[4
..6
]
YV1C YV1C
XAVDDXAVDD
T1
_R
V
P
[4
..6
]
T1
_R
V
N
[4
..6
]
VGL
M
_V
C
O
M
I2
XVCC
V
G
H
C
V
G
L
VGHC
XAVDD
X
V
C
C
XVCC
XVCC
T1
_L
V
N
[4
..6
]
PANEL_VCC
R
X
C
LK
A
P
R
X
IN
A
P
0
V
G
M
A
[1
..2
2]
V3D3
R
X
IN
A
N
3
V3D3
R
X
IN
A
N
1
R
X
IN
A
P
3
V1D2
R
X
IN
A
P
1
VGHC VGHC
VGHC
VGL VGL
R
X
C
LK
C
P
R
X
IN
C
P
0
R
X
IN
C
N
3
R
X
IN
C
N
1
R
X
IN
C
P
3
R
X
IN
C
P
1
R
X
IN
C
N
2
R
X
IN
C
N
0
R
X
IN
C
P
2
R
X
C
LK
C
N
V
G
H
C
V
G
L
A
G
B
S
E
N
R
X
IN
A
N
2
R
X
IN
A
N
0
V
C
O
M
F
R
X
IN
A
P
2
M
_V
C
O
M
I2
M
_V
C
O
M
I2
X
A
V
D
D
AVDD
T1
_L
V
C
LK
N
T2
_L
V
C
LK
N
T1
_L
V
C
LK
P
T2
_L
V
C
LK
P
T2
_R
V
C
LK
N
T1
_R
V
C
LK
N
T2
_R
V
C
LK
P
T1
_R
V
C
LK
P
U
_D
F
Y
D
IO
U
Y
D
IO
U
X
D
IO
F
X
V
C
C
X
H
A
V
D
D
HAVDD XHAVDD
XHAVDDXHAVDD
X
H
A
V
D
D
T2
_L
V
N
[4
..6
]
T2
_L
V
P
[4
..6
]
T1
_L
V
P
[0
..2
]
T1
_L
V
N
[0
..2
]
T1
_L
V
N
2
T1
_L
V
N
1
T1
_L
V
N
0
T1
_L
V
P
2
T1
_L
V
P
1
T1
_L
V
P
0
T2
_L
V
P
4
T2
_L
V
P
5
T2
_L
V
P
6
T2
_L
V
N
4
T2
_L
V
N
5
T2
_L
V
N
6
T1
_L
V
P
4
T1
_L
V
P
5
T1
_L
V
P
6
T1
_L
V
N
4
T1
_L
V
N
5
T1
_L
V
N
6
T1
_R
V
P
0
T1
_R
V
N
0
T1
_R
V
P
1
T1
_R
V
N
1
T1
_R
V
P
2
T1
_R
V
N
2
T2
_R
V
P
0
T2
_R
V
N
0
T2
_R
V
P
1
T2
_R
V
N
1
T2
_R
V
P
2
T2
_R
V
N
2
T2
_R
V
P
[0
..2
]
T1
_R
V
N
[0
..2
]
T1
_R
V
P
[0
..2
]
T2
_R
V
P
4
T2
_R
V
N
4
T2
_R
V
P
5
T2
_R
V
N
5
T2
_R
V
P
6
T2
_R
V
N
6
T2
_R
V
P
[4
..6
]
T2
_R
V
N
[4
..6
]
T1
_R
V
P
[4
..6
]
T1
_R
V
N
[4
..6
]
T1
_R
V
P
4
T1
_R
V
N
4
T1
_R
V
P
5
T1
_R
V
N
5
T1
_R
V
P
6
T1
_R
V
N
6
Y
O
E
Y
O
E
Y
D
IO
D
Y
D
IO
D
XSTB_S
XPOL_S
YDIO_S
XVCC
U_DFXVCC
U_DB
U
_D
B
X
D
IO
B
X
V
C
C
T2
_R
V
N
[0
..2
]
VGMA[1..22]VGMA[1..22]
V
C
O
M
F2
VCOMF2
M_VCOMI2 M_VCOMI2
VCOMF2
V
C
O
M
F2
YCLK_S
YOE_S
Y
C
LK
Y
C
LK
X
A
V
D
D
VCOMF2
R
X
IN
A
P
0
R
X
IN
C
P
3
R
X
IN
C
N
3
R
X
IN
C
N
2
R
X
IN
A
N
2
R
X
IN
C
P
2
R
X
IN
A
P
2
R
X
IN
A
N
3
R
X
IN
A
P
1
R
X
IN
A
P
3
R
X
IN
C
N
1
R
X
IN
C
P
1
R
X
IN
C
P
4
R
X
IN
C
N
4
R
X
IN
A
N
4
R
X
IN
A
P
4
R
X
IN
B
N
4
R
X
IN
B
P
4
R
X
IN
D
N
4
R
X
IN
D
P
4R
X
IN
B
P
0
R
X
IN
B
P
1
R
X
C
LK
B
P
RXINDN[0..4]
R
X
IN
D
P
2
R
X
IN
D
N
2
RXINDP[0..4]
R
X
IN
B
N
2
RXINBN[0..4]
R
X
IN
B
N
0
R
X
IN
D
P
3
R
X
IN
B
P
2
R
X
IN
B
N
3
R
X
IN
B
P
3
R
X
IN
D
N
0R
X
IN
B
N
1
R
X
IN
D
N
1R
X
C
LK
B
N
R
X
IN
D
P
1
YDIO_M
XPOL_M
T2
_R
V
C
LK
N
T2
_R
V
C
LK
P
T2
_R
V
N
[0
..2
]
XSTB_M
T2
_R
V
P
[4
..6
]
T2
_R
V
N
[4
..6
]
V1D2
YV1C_M
T2
_R
V
P
[0
..2
]
V3D3
R
X
IN
A
N
4
R
X
IN
A
P
4
R
X
IN
C
N
4
R
X
IN
C
P
4
R
X
C
LK
B
N
R
X
C
LK
B
P
R
X
IN
B
P
0
R
X
IN
B
N
3
R
X
IN
B
N
1
R
X
IN
B
P
3
R
X
IN
B
P
1
R
X
C
LK
D
P
R
X
IN
D
P
0
R
X
IN
D
N
3
R
X
IN
D
N
1
R
X
IN
D
P
3
R
X
IN
D
P
1
R
X
IN
D
N
2
R
X
IN
D
N
0
R
X
IN
D
P
2
R
X
C
LK
D
N
R
X
IN
B
N
2R
X
IN
B
N
0
R
X
IN
B
P
2
R
X
IN
B
N
4
R
X
IN
B
P
4
R
X
IN
D
N
4
R
X
IN
D
P
4
V3D3
RST
RST
X
S
TB
X
S
TB
X
P
O
L
XPOL
X
P
O
L
YDIOD
Y
D
IO
D
Y
D
IO
D
Y
O
E
Y
O
E
Y
C
LK
Y
C
LK
M_VCOMI2
VCOMF
YDIOU
YCLK
YOE YOE
YDIOD
YCLK
YDIOU
T1
_L
V
P
[0
..2
]
T1
_L
V
P
[4
..6
]
T1
_L
V
N
[4
..6
]
T1
_L
V
N
[0
..2
]
T1
_L
V
C
LK
N
T1
_L
V
C
LK
P
V
3D
3
A
V
D
D
AGBSEN AGING
V3D3
LVDS_FORMATLVDSORD
LV
D
S
O
R
D
XSTB
R
X
IN
C
N
0
R
X
IN
C
P
0
R
X
IN
D
P
0
XIN_S
V
G
M
A
21
V
G
M
A
22
V
G
M
A
8
V
G
M
A
6
V
G
M
A
11
V
G
M
A
13
V
G
M
A
17
V
G
M
A
2
V
G
M
A
4
V
G
M
A
1
V
G
M
A
15
V
G
M
A
12
V
G
M
A
19
V
G
M
A
10
V
G
M
A
21
V
G
M
A
22
V
G
M
A
8
V
G
M
A
6
V
G
M
A
11
V
G
M
A
13
V
G
M
A
17
V
G
M
A
2
V
G
M
A
4
V
G
M
A
1
V
G
M
A
15
V
G
M
A
12
V
G
M
A
19
V
G
M
A
10
VCOMF
YCLK_M
YOE_M
X
P
O
L
X
S
TB
XPOLXPOL
XSTB XSTB
XOUT_M
T2
_L
V
N
1
T2
_L
V
P
[0
..2
]
T2
_L
V
N
[0
..2
]
T2
_L
V
N
2
T2
_L
V
P
1
T2
_L
V
P
0
T2
_L
V
N
0
T2
_L
V
P
2
RXINAN[0..4]
RXINAP[0..4]
RXINCN[0..4]
RXINCP[0..4]
Y
V
1C
12Vin
P
I_
E
V
E
N
_R
IN
1P
P
I_
E
V
E
N
_R
IN
1N
P
I_
E
V
E
N
_R
IN
0N
P
I_
E
V
E
N
_R
IN
0P
P
I_
E
V
E
N
_R
IN
C
LK
P
P
I_
E
V
E
N
_R
IN
4P
P
I_
E
V
E
N
_R
IN
4N
P
I_
E
V
E
N
_R
IN
C
LK
N
P
I_
E
V
E
N
_R
IN
3P
P
I_
E
V
E
N
_R
IN
3N
P
I_
E
V
E
N
_R
IN
2P
P
I_
O
D
D
_R
IN
4P
P
I_
O
D
D
_R
IN
0N
P
I_
O
D
D
_R
IN
0P
P
I_
O
D
D
_R
IN
1N
P
I_
O
D
D
_R
IN
1P
P
I_
O
D
D
_R
IN
2N
P
I_
O
D
D
_R
IN
4N
P
I_
O
D
D
_R
IN
3P
P
I_
O
D
D
_R
IN
2P
P
I_
O
D
D
_R
IN
3N
P
I_
E
V
E
N
_R
IN
2N
P
I_
O
D
D
_R
IN
C
LK
P
P
I_
O
D
D
_R
IN
C
LK
N
R
X
IN
A
N
0
R
X
IN
A
N
1
RXINBP[0..4]
R
X
IN
D
P
[0
..4
]
R
X
IN
D
N
[0
..4
]
R
X
IN
B
N
[0
..4
]
R
X
IN
B
P
[0
..4
]
R
X
C
LK
C
P
R
X
C
LK
C
N
R
X
IN
C
P
[0
..4
]
R
X
IN
C
N
[0
..4
]
R
X
C
LK
A
P
R
X
C
LK
A
N
R
X
IN
A
P
[0
..4
]
R
X
IN
A
N
[0
..4
]
EDID_WPI2
C
_S
C
L
I2
C
_S
D
A
LV
D
S
_F
O
R
M
A
T
SCL_E
SDA_E
B12V V12
SW_PVCC
EDID_WP
WP
R
X
C
LK
D
N
I2C_SCL
I2C_SDA
SCL_I
SDA_I
SDA_I
FRC_NRESET
SCL
SDA
FRC_RST
PVCC SW_PVCC
R
X
C
LK
D
P
R
X
IN
D
N
3
W
P
_E
I2C_SCL
I2C_SDA
HSYNC
FRC_NRESET
M_CHECK MAIN_CHECK
AGING
HSYNC_F HSYNC
P
I_
O
D
D
_R
IN
0N
P
I_
O
D
D
_R
IN
0P
P
I_
O
D
D
_R
IN
1N
P
I_
O
D
D
_R
IN
1P
P
I_
O
D
D
_R
IN
2N
P
I_
O
D
D
_R
IN
2P
P
I_
O
D
D
_R
IN
C
LK
N
P
I_
O
D
D
_R
IN
C
LK
P
P
I_
O
D
D
_R
IN
3N
P
I_
O
D
D
_R
IN
3P
P
I_
O
D
D
_R
IN
4N
P
I_
O
D
D
_R
IN
4P
P
I_
E
V
E
N
_R
IN
C
LK
N
P
I_
E
V
E
N
_R
IN
0P
P
I_
E
V
E
N
_R
IN
3P
P
I_
E
V
E
N
_R
IN
2N
P
I_
E
V
E
N
_R
IN
C
LK
P
P
I_
E
V
E
N
_R
IN
1N
P
I_
E
V
E
N
_R
IN
4N
P
I_
E
V
E
N
_R
IN
0N
P
I_
E
V
E
N
_R
IN
2P
P
I_
E
V
E
N
_R
IN
3N
P
I_
E
V
E
N
_R
IN
1P
P
I_
E
V
E
N
_R
IN
4P
S
C
L
S
D
A
W
P
_E
H
S
Y
N
C
_F
LV
D
S
_F
O
R
M
A
T
S
C
L_
E
FR
C
_R
S
T
S
D
A
_E
P
V
C
C
M
_C
H
E
C
K
A
G
AG
S
C
L_
I
S
D
A
_I
S
C
L_
G
A
S
D
A
_G
A
SCL_I
SCL_I
SDA_I
SCL_I
SDA_I
SCL_I
SDA_I
B3.3VD
MAIN_CHECK
SW_PVCC
V3D3 B3.3VD
Y
D
IO
U
Y
D
IO
U
YOE3_S
YOE4_S
YOE4_M
YOE3_M
YV1C_S
PANEL_VCCB12V
Model Name
Size Document Number Rev
Date: Sheet of
T315HW02 V3 Tcom\MEMC Board EC02Custom
1 10Wednesday, October 01, 2008
友達光電電視顯示器產品研發處
Top View
T315HW02 V3 Tcom MEMC Board
<Variant Name>
Model Name
Size Document Number Rev
Date: Sheet of
T315HW02 V3 Tcom\MEMC Board EC02Custom
1 10Wednesday, October 01, 2008
友達光電電視顯示器產品研發處
Top View
T315HW02 V3 Tcom MEMC Board
<Variant Name>
Model Name
Size Document Number Rev
Date: Sheet of
T315HW02 V3 Tcom\MEMC Board EC02Custom
1 10Wednesday, October 01, 2008
友達光電電視顯示器產品研發處
Top View
T315HW02 V3 Tcom MEMC Board
<Variant Name>
X-BACK/Right
Close to J3,J4
X-FRONT/Left
Close to J4
Close to J3
YDIOU
Normal / Mirror Setting Table
O
X
Normal Mirror
YDIOD O
X
U_DF
U_DB
H
HL
L
NC
NC
High Aging
Close to U401
high Aging
NC
Path balance between U300 &U401
Td(sec) = R(Ω) * C(F) * 0.79
=0.022u * 5.62M * 0.79 = 97mS
NC
Path balance between U300 &U401
U401U300
Close to U300
Close to J4
Close to U401
NC
NC
NC
NC
Close to U401
NC NC
NC
NC
Close to J1
CIS
CIS CIS
CISCIS
CISCIS
CIS
CIS
CIS
CIS
CIS
CIS
CIS
CIS
CIS
CIS
CIS
CIS
CIS
CIS
NC
CIS
CIS
CIS
NCNC
NC
NC NC
NC NC
NCNC
NC
NC
TP2002TP2002
P
A
D
1
IC101IC101
S1
S2
S3
D 8
D 7
D 6
G4 D 5
CLKBNCLKBN
P
A
D
1
TP2001TP2001
P
A
D
1
03.TCON_S
R
X
IN
A
N
[0
..
4
]
R
X
IN
A
P
[0
..
4
]
R
X
C
L
K
A
N
R
X
C
L
K
A
P
R
X
C
L
K
C
N
R
X
C
L
K
C
P
R
X
IN
C
N
[0
..
4
]
R
X
IN
C
P
[0
..
4
]
L
V
D
S
O
R
D
A
G
B
S
E
N
EXSDA
EXSCL
GND
V1D2
V3D3
YV1C_S
XSTB_S
XPOL_S
T
1
_
R
V
P
[0
..
2
]
T
1
_
R
V
N
[0
..
2
]
T
1
_
L
V
N
[0
..
2
]
T
1
_
L
V
P
[0
..
2
]
YOE_S
YCLK_S
YDIO_S
T1_RVCLKP
T1_RVCLKN
T
1
_
L
V
C
L
K
N
T
1
_
L
V
C
L
K
P
T
1
_
L
V
P
[4
..
6
]
T
1
_
L
V
N
[4
..
6
]
T1_RVN[4..6]
T1_RVP[4..6]
RST
XIN_S YOE3_S
YOE4_S
C0001C0001
R0037R0037
J3J3
G
1
G
2 123456789
1
0
1
1
1
2
1
3
1
4
1
5
1
6
1
7
1
8
1
9
2
0
2
1
2
2
2
3
2
4
2
5
2
6
2
7
2
8
2
9
3
0
3
1
3
2
3
3
3
4
3
5
3
6
3
7
3
8
3
9
4
0
4
1
4
2
4
3
4
4
4
5
4
6
4
7
4
8
4
9
5
0
5
1
5
2
5
3
5
4
5
5
5
6
5
7
5
8
5
9
6
0
6
1
6
2
6
3
6
4
6
5
6
6
6
7
6
8
6
9
7
0
7
1
7
2
7
3
7
4
7
5
7
6
7
7
7
8
7
9
8
0
RN002RN002
1
3
2
4
DP2DP2
P
A
D
1
R0093R0093
C106C106
R0066R0066
R0633R0633
RSTRST
P
A
D
1
TP2821TP2821
P
A
D
1
R0028R0028
R555_DER555_DE
R105R105
TP1989TP1989
P
A
D
1
CP3CP3
P
A
D
1
TP1979TP1979
P
A
D
1
R0634R0634
C0022C0022
R0010R0010
TP1994TP1994
P
A
D
1
DP1DP1
P
A
D
1
C178C178
TP1982TP1982
P
A
D
1
GH3GH3
1
12Vin112Vin1
P
A
D
1
R2760_DER2760_DE
TP1993TP1993
P
A
D
1
C0014C0014
TP1992TP1992
P
A
D
1
CP1CP1
P
A
D
1
R0052R0052
C0026C0026
R0062R0062
C0015C0015R0018R0018
PANEL_VCCPANEL_VCC
P
A
D
1
AN0AN0
P
A
D
1
B0004B0004
CLKBPCLKBP
P
A
D
1
C0007C0007
R0045R0045
R0013R0013
R0053R0053
RN004RN004
1
3
2
4
Q0602Q0602
G
D
S
BP0BP0
P
A
D
1
DP4DP4
P
A
D
1
R0019R0019
CP0CP0
P
A
D
1
R2766R2766
CN4CN4
P
A
D
1
C0003C0003
BN3BN3
P
A
D
1
CLKAPCLKAP
P
A
D
1
R0015R0015
CP2CP2
P
A
D
1
SCL_ISCL_I
P
A
D
1
R0048R0048
C0024C0024
R0021R0021
RN001RN001
1
3
2
4
CLKDPCLKDP
P
A
D
1
D0002D0002
YOE_SYOE_SPAD
1
R2770R2770
CN3CN3
P
A
D
1
XPOLXPOL
P
A
D
1
DN3DN3
P
A
D
1
TP2010TP2010
P
A
D
1
R0039R0039
BD103BD103
SDA_GA1SDA_GA1
PAD1
AP2AP2
P
A
D
1
GND
PANEL_VCC
V3D3
A
V
D
D
V
G
H
C
V
G
L
Y
V
1
C
V1D2
H
A
V
D
D
TP2000TP2000
P
A
D
1
CN2CN2
P
A
D
1
TP1991TP1991
P
A
D
1
AP4AP4
P
A
D
1
BN2BN2
P
A
D
1
GH4GH4
1
R0046R0046
C0010C0010
GH11GH11
1
R0001R0001
CN2615CN2615
1
1
2
2
3
3
4
4
G
1
M
G
N
D
1
G
2
M
G
N
D
2
J4J4
G
1
G
2 123456789
1
0
1
1
1
2
1
3
1
4
1
5
1
6
1
7
1
8
1
9
2
0
2
1
2
2
2
3
2
4
2
5
2
6
2
7
2
8
2
9
3
0
3
1
3
2
3
3
3
4
3
5
3
6
3
7
3
8
3
9
4
0
4
1
4
2
4
3
4
4
4
5
4
6
4
7
4
8
4
9
5
0
5
1
5
2
5
3
5
4
5
5
5
6
5
7
5
8
5
9
6
0
6
1
6
2
6
3
6
4
6
5
6
6
6
7
6
8
6
9
7
0
7
1
7
2
7
3
7
4
7
5
7
6
7
7
7
8
7
9
8
0
C0006C0006
CP4CP4
P
A
D
1
R0049R0049
DP3DP3
P
A
D
1
C0017C0017
C111C111
R0091R0091
TP1990TP1990
P
A
D
1
B0002B0002
YOEYOEPAD
1
R0043R0043
04.TCON_M
R
X
IN
B
N
[0
..
4
]
R
X
IN
B
P
[0
..
4
]
R
X
C
L
K
B
N
R
X
C
L
K
B
P
R
X
C
L
K
D
N
R
X
C
L
K
D
P
R
X
IN
D
N
[0
..
4
]
R
X
IN
D
P
[0
..
4
]
L
V
D
S
O
R
D
A
G
B
S
E
N
EXSDA
EXSCL
GND
V1D2
V3D3
YV1C_M
XSTB_M
XPOL_M
T
2
_
R
V
P
[0
..
2
]
T
2
_
R
V
N
[0
..
2
]
T
2
_
L
V
N
[4
..
6
]T
2
_
L
V
P
[4
..
6
]
YOE_M
YCLK_M
YDIO_M
T2_RVCLKP
T2_RVCLKN
T
2
_
L
V
C
L
K
N
T
2
_
L
V
C
L
K
P
T
2
_
L
V
P
[0
..
2
]
T
2
_
L
V
N
[0
..
2
]
T2_RVN[4..6]
T2_RVP[4..6]
RST
XOUT_M
YOE3_M
YOE4_M
R15_OPR15_OP
B0001B0001
BN0BN0
P
A
D
1
R0056R0056
C107C107
R0022R0022
TP2008TP2008
P
A
D
1
CN1CN1
P
A
D
1
C502C502
D0004D0004
CLKCNCLKCN
P
A
D
1
GH9GH9
1
R0060R0060
U2811U2811
P
A
D
1
R2761_DER2761_DE
C0009C0009
GH5GH5
1
GH10GH10
1
XPOL_SXPOL_S PAD
1
TP1978TP1978
P
A
D
1
YDIODYDIODPAD
1
D0003D0003
R657R657
B0005B0005
R0038R0038
R0023R0023
TP1988TP1988
P
A
D
1
BP3BP3
P
A
D
1
R0051R0051
R0070R0070
TP1983TP1983
P
A
D
1
TP2818TP2818
P
A
D
1
FRCBlock
R
X
IN
C
L
K
D
N
RXINCN[0..4]
RXINCP[0..4]
R
X
IN
B
N
[0
..
4
]
R
X
IN
B
P
[0
..
4
]
R
X
IN
D
N
[0
..
4
]
R
X
IN
D
P
[0
..
4
]
RXINAP[0..4]
RXINAN[0..4]
R
X
IN
C
L
K
D
P
R
X
IN
C
L
K
B
N
R
X
IN
C
L
K
B
P
RXINCLKCN
RXINCLKCP
RXINCLKAN
RXINCLKAP
B12V
GND
P
I_
E
V
E
N
_
R
IN
C
L
K
N
P
I_
E
V
E
N
_
R
IN
C
L
K
P
P
I_
O
D
D
_
R
IN
C
L
K
N
P
I_
O
D
D
_
R
IN
C
L
K
P
I2C_SCL
I2C_SDA
FRC_NRESET
HSYNC
P
I_
E
V
E
N
_
R
IN
0
N
P
I_
E
V
E
N
_
R
IN
0
P
P
I_
E
V
E
N
_
R
IN
1
N
P
I_
E
V
E
N
_
R
IN
1
P
P
I_
E
V
E
N
_
R
IN
2
N
P
I_
E
V
E
N
_
R
IN
2
P
P
I_
E
V
E
N
_
R
IN
3
N
P
I_
E
V
E
N
_
R
IN
3
P
P
I_
E
V
E
N
_
R
IN
4
N
P
I_
E
V
E
N
_
R
IN
4
P
P
I_
O
D
D
_
R
IN
0
N
P
I_
O
D
D
_
R
IN
0
P
P
I_
O
D
D
_
R
IN
1
N
P
I_
O
D
D
_
R
IN
1
P
P
I_
O
D
D
_
R
IN
2
N
P
I_
O
D
D
_
R
IN
2
P
P
I_
O
D
D
_
R
IN
3
N
P
I_
O
D
D
_
R
IN
3
P
P
I_
O
D
D
_
R
IN
4
N
P
I_
O
D
D
_
R
IN
4
P
B3.3VD
MAIN_CHECK
SW_PVCC
BP1BP1
P
A
D
1
CLKANCLKAN
P
A
D
1
DN4DN4
P
A
D
1
R0054R0054
C0008C0008
R0059R0059
R658R658
DN0DN0
P
A
D
1
TP1995TP1995
P
A
D
1
GH8GH8
1
SCL_GA1SCL_GA1
PAD1
EDID_WPEDID_WP
P
A
D
1
Q101Q101
3
1
2TP2005TP2005
P
A
D
1
R656R656
R539_DER539_DE
GH1GH1
1
TP2004TP2004
P
A
D
1
DP0DP0
P
A
D
1
BP4BP4
P
A
D
1
YDIO_SYDIO_SPAD
1
C0012C0012
RN003RN003
1
3
2
4
TP2007TP2007
P
A
D
1
CN901CN901
11
22
33
44
G1MGND1
G2MGND2
C0013C0013
AN1AN1
P
A
D
1
YV1CYV1C
PAD 1
D0006D0006
R0055R0055
TP1985TP1985
P
A
D
1
BN4BN4
P
A
D
1
C0011C0011
TP2819TP2819
P
A
D
1
01.Gamma
A
V
D
DGND
VGMA[1..22]
V
C
O
M
F
2
V
C
O
M
F
S
C
L
_
G
A
S
D
A
_
G
A
V
3
D
3
TP1981TP1981
P
A
D
1
TP2009TP2009
P
A
D
1
GH6GH6
1
U2810U2810
P
A
D
1
R0071R0071
R0063R0063
R0027R0027
TP2820TP2820
P
A
D
1
DN1DN1
P
A
D
1
R0041R0041
C0021C0021
C0004C0004
TP2006TP2006
P
A
D
1
BP2BP2
P
A
D
1
AP0AP0
P
A
D
1
R0615R0615
R2765R2765
XSTB_SXSTB_S PAD
1
R0092R0092
R101R101
AN4AN4
P
A
D
1
CLKDNCLKDN
P
A
D
1
R0064R0064
R0057R0057
TP1986TP1986
P
A
D
1
YDIOUYDIOUPAD
1
R544R544
BN1BN1
P
A
D
1
GH2GH2
1
R14_OPR14_OP
R0095R0095
R104R104
YCLK_SYCLK_SPAD
1
TP1996TP1996
P
A
D
1
R0033R0033
AP3AP3
P
A
D
1
U0106U0106
A0 1
A1 2
A2 3
GND 4SDA5
SCL6
WP7
VCC8
R0042R0042
R0635R0635
XSTBXSTB
P
A
D
1
GH7GH7
1
AN2AN2
P
A
D
1
R2764R2764
TP1999TP1999
P
A
D
1
R0014R0014
R2763R2763
SDA_ISDA_I
P
A
D
1
AP1AP1
P
A
D
1
C0005C0005
YV1C_SYV1C_S
PAD 1
TP2003TP2003
P
A
D
1
C177C177
TP1987TP1987
P
A
D
1
R0604R0604
R0025R0025
YCLKYCLKPAD
1
R0047R0047
C0002C0002
R0050R0050
CLKCPCLKCP
P
A
D
1
R0040R0040
CN0CN0
P
A
D
1
R0044R0044
R0020R0020
R0036R0036
J5J5
1
1
2
2
3
3
4
4
5
5
6
6
7
7
8
8
9
9
1
0
1
0
1
1
1
1
1
2
1
2
1
3
1
3
1
4
1
4
1
5
1
5
1
6
1
6
1
7
1
7
1
8
1
8
1
9
1
9
2
0
2
0
2
1
2
1
2
2
2
2
2
3
2
3
2
4
2
4
2
5
2
5
2
6
2
6
2
7
2
7
2
8
2
8
2
9
2
9
3
0
3
0
3
1
3
1
3
2
3
2
G
2
G
2
G
1
G
1
G
3
G
3
G
4
G
4
G
5
G
5
G
6
G
6
G
7
G
7
G
8
G
8
G
9
G
9
G
1
0
G
1
0
3
3
3
3
3
4
3
4
3
5
3
5
3
6
3
6
3
7
3
7
3
8
3
8
3
9
3
9
4
0
4
0
4
1
4
1
4
2
4
2
4
3
4
3
4
4
4
4
4
5
4
5
4
6
4
6
4
7
4
7
4
8
4
8
4
9
4
9
5
0
5
0
5
1
5
1
F0002F0002
DN2DN2
P
A
D
1
AN3AN3
P
A
D
1
R0058R0058R0061R0061
R0094R0094
5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
Model Name
Size Document Number Rev
Date: Sheet of
T315HW02 V3 Tcom\MEMC Board EC02C
1 10Wednesday, October 01, 2008
友達光電電視顯示器產品研發處
Placement
T315HW02 V3 Tcom MEMC Board
<Variant Name>
Model Name
Size Document Number Rev
Date: Sheet of
T315HW02 V3 Tcom\MEMC Board EC02C
1 10Wednesday, October 01, 2008
友達光電電視顯示器產品研發處
Placement
T315HW02 V3 Tcom MEMC Board
<Variant Name>
Model Name
Size Document Number Rev
Date: Sheet of
T315HW02 V3 Tcom\MEMC Board EC02C
1 10Wednesday, October 01, 2008
友達光電電視顯示器產品研發處
Placement
T315HW02 V3 Tcom MEMC Board
<Variant Name>
CN
90
1 4
1
I2C Connector(4Pin)
J1
511
LVDS Connector(51Pin)
CN2615
41
Power Connector(4Pin)
FRC PART
[Page: FRC_IO, 
FRC_DDR 
and FRC_POWER]
DC-DC 1
1 180 80
T-CON_1(Slave)
AUO-12401 B1
1
T-CON_2(Master)
AUO-12401 B1
U0401
J3
U0300
AUO Confidential
J4
IC500
DDR
DDR
GAMMA
5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
VGHM
V1D2_F
REF
VGH
PANEL_VCC
V1D2
V3D3V3D3_F
GND
VGL
Vo1
Vo1SW
HAVDD_F
PANEL_VCC
HAVDD
Vo1
SW
REF
AVDD_F
GD
AVDD
PANEL_VCC
AVDD
GND
V3D3
V1D2
PANEL_VCC
YV1C
PANEL_VCC
VGHC
VGL
PANEL_VCC
HAVDD
AVDD
Model Name
Size Document Number Rev
Date: Sheet of
T315HW02 V3 Tcom\MEMC Board EC02Custom
1 10Wednesday, October 01, 2008
友達光電電視顯示器產品研發處
DC-DC
T315HW02 V3 Tcom MEMC Board
<Variant Name>
Model Name
Size Document Number Rev
Date: Sheet of
T315HW02 V3 Tcom\MEMC Board EC02Custom
1 10Wednesday, October 01, 2008
友達光電電視顯示器產品研發處
DC-DC
T315HW02 V3 Tcom MEMC Board
<Variant Name>
Model Name
Size Document Number Rev
Date: Sheet of
T315HW02 V3 Tcom\MEMC Board EC02Custom
1 10Wednesday, October 01, 2008
友達光電電視顯示器產品研發處
DC-DC
T315HW02 V3 Tcom MEMC Board
<Variant Name>
C231 put closed to Pin 20
Layout closely to pin15 and far from L202 and D202
TI65161: R204=191K; R205=110K; C235=10pF
BD8160: R204=191K; R205=110K; C235=68pF
C230 put closed to Pin 22
Layout close to IC
Trace overlapping
NC
C201, C202 put closed to L201
Layout closely to IC, far from D201 and L201
TI65161: R201=127K; R203=10K; C206=120pF
BD8160: R201=127K; R203=10.2K;C206=200pF
C210: AVDD and VGH delay time control
C211: VGL delay time control
C209: AVDD soft-start time control
C109 put closed to Pin 8
NC
NC
Layout closely to Pin13 and far from D203, D204, D205,D206 and D207
TI65161: R207=49.9K; R208=10K
BD8160: R207=61.2K; R208=10K
1/2 AVDD soft-start
close pin6
VFB=0.9V
NC
close pin7
TI65161: R213=0 ; C207=22n
BD8160: R213=7.5K; C207=2.2n
Current limit R to reduce inrush
current during YV1C switch
Layout close to Pin14 and far from D203, D204, D205,D206 and D207
TI65161: R209=226K; R210=10.2K
BD8160: R209=226K; R210=10.2K
15.73±0.08V
410mA(avg)/680mA(peak)
MAX : 3.2 mm
NC
3.3V
1000mA(avg)/1200mA(peak)
1.2V
1000mA(avg)
7.02±0.1V
410mA(avg)/680mA(peak)
250mA(avg)
NC
NC NC
R0259R0259
C0261C0261
C0204C0204
C0255C0255
L0201L0201
D0201D0201
VGHVGH
PA
D
1
C0252C0252
C0214C0214
D0202D0202
R0262R0262
C0211C0211
C0202C0202
C0257C0257
C0265C0265
C234C234
R0225R0225
U0204U0204
G
N
D
12
SVGHM3
VGHM2
VGH1
RE4
G
N
D
5
G
N
D
6
VDPM 8
CD 9
VFLK 10
G
N
D
11
VD 7
G1G1
C0233C0233
C0259C0259
R0258R0258
C0264C0264
C0267C0267
R0201R0201
C0271C0271
C0253C0253
C0208C0208
R0211R0211
R0210R0210
D0204D0204
C0268C0268
R0257R0257
C0626C0626
R0223R0223
C0209C0209
C0251C0251
C0218C0218
C0207C0207
D0205D0205
R0254R0254
R0228R0228
C0210C0210
R0251R0251
C0206C0206
D0203D0203
A
K
J
R207R207
R0224R0224
C0212C0212
C0236C0236
C0254C0254
R0249R0249
C0216C0216
R0261R0261
R0205R0205
C0275C0275
R0253R0253
C0256C0256
R0260R0260
R0220R0220
C237C237
C0270C0270
C0217C0217
R0256R0256
D0208D0208
R0203R0203
C0230C0230
R0204R0204
R0231R0231
U0208U0208
SS1
BST2
VIN3
SW4GND 5
FB 6
COMP 7
EN 8
G
1
G
1
C0213C0213
Q0201Q0201G
S D
R0227R0227
R0202R0202
C0260C0260
R0209R0209
L0203L0203
C0263C0263
R0255R0255
R0252R0252
C0232C0232
C0266C0266
R0212R0212
C0235C0235
R0230R0230
R0208R0208
U0302U0302
G
N
D
G
VinI Vout O
C238C238
C0258C0258
C0201C0201
C0215C0215C0203C0203
AVDDAVDD
PA
D
1
R0248R0248
HAVDDHAVDD
PA
D
1
L0202L0202
R0213R0213
C0231C0231
D0206D0206
V3D3V3D3
PA
D
1
V1D2V1D2
PA
D
1
R0250R0250
D0207D0207
R0222R0222
U0201U0201
FB1
COMP2
OS3
SW4
SW5
PGND6
PGND7
SUP8
EN29
DRP10
DRN11
FREQ12
FBN13
FBP14 FBB 15
EN1 16
BOOT 17
SWB 18
NC 19
VINB 20
SS 28
GD 27
DLY2 26
DLY1 25
REF 24
GND 23
AVIN 22
VINB 21
G
1
G
1
R0221R0221
VGLVGL
PA
D
1
5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
REF_F22
REF_F11
VGMA_REF
REF_F6
REF_F19
REF_F21
REF_F8
REF_F15
REFB12
REF_F13
REF_F10
REF_F2
REF_F17
REFB1
REF_F4
VGMA10
REFB21
REFB19
AVDD
REFB17
REFB15
REFB13
REFB12
REFB11
REFB8
REFB10
VGMA12
VGMA19
REFB4
REFB6
VGMA17
VGMA21
AVDD
REFB1
VGMA2
VGMA15
REFB2
VGMA13
VGMA[1..22]
VGMA1
VGMA11
REFB22 VGMA22
VGMA4
VGMA6
VGMA8
REFB22
REFB11
AVDD
R
E
F_
F6
R
E
FB
15
R
E
FB
10
R
E
F_
F1
7
R
E
FB
12
R
E
F_
F1
9
REFB22
R
E
F_
F1
5
R
E
F_
F1
3
REFB21
R
E
FB
8
R
E
FB
6
R
E
FB
17
REFB19
R
E
FB
13
REF_F22
R
E
F_
F1
1
AVDD
REF_F21
R
E
FB
11
R
E
F_
F8
R
E
FB
4
REFB1
R
E
F_
F1
0
REF_F1
R
E
F_
F1
2
R
E
F_
F4
REF_F2
R
E
FB
2
AVDD
REF_F1
REF_F12
VCOMO
VCOMI
GND
VGMA1
VGMA22MPVGMA22
MPVGMA1
AVDD
MPVGMA2
MPVGMA4
MPVGMA6
MPVGMA8
MPVGMA13
MPVGMA10
MPVGMA12
MPVGMA11
MPVGMA19
MPVGMA17
MPVGMA21
MPVGMA15
VGMA2
VGMA4
VGMA6
VGMA8
VGMA13
VGMA10
VGMA12
VGMA11
VGMA19
VGMA17
VGMA21
VGMA15
V3D3_MGA
VCOMF2
VCOMF2
MPVGMA10
MPVGMA11
MPVGMA22
M
P
V
G
M
A
1
M
P
V
G
M
A
19
M
P
V
G
M
A
17
M
P
V
G
M
A
21
M
P
V
G
M
A
15
M
P
V
G
M
A
2
MPVGMA4
MPVGMA6
MPVGMA8
AVDD_MGA
VCOMF
AVDD_MGA
M
P
V
G
M
A
13
M
P
V
G
M
A
12
AVDD_MGA
AVDD_MGA
V3D3_MGA
V
3D
3
AVDD_GA
AVDD_GA
P
V
G
M
A
15
P
V
G
M
A
11
PVGMA2
P
V
G
M
A
12
PVGMA1
P
V
G
M
A
10
PVGMA19
PVGMA17
PVGMA21
PVGMA22
VCOMF
AVDD_GA
P
V
G
M
A
8
V3D3
PVGMA4
PVGMA6
VCOMF2
P
V
G
M
A
13PVGMA10
PVGMA13
PVGMA11
PVGMA12
VGMA13
VGMA11
VGMA12
VGMA10
PVGMA1 VGMA1
PVGMA19
PVGMA21
PVGMA17
PVGMA15
PVGMA6
PVGMA4
PVGMA2
PVGMA8
VGMA19
VGMA21
VGMA17
VGMA15
VGMA2
VGMA8
VGMA6
VGMA4
VGMA22PVGMA22
S
C
L_
G
A
S
D
A
_G
A
AVDD
GND
VGMA[1..22]
VCOMF2
VCOMF
V3D3
V3D3
SDA_GA SCL_GA
AVDD
AVDD_GA
AVDD
Model Name
Size Document Number Rev
Date: Sheet of
T315HW02 V3 Tcom\MEMC Board EC02Custom
1 10Wednesday, October 01, 2008
友達光電電視顯示器產品研發處
Gamma
T315HW02 V3 Tcom MEMC Board
<Variant Name>
Model Name
Size Document Number Rev
Date: Sheet of
T315HW02 V3 Tcom\MEMC Board EC02Custom
1 10Wednesday, October 01, 2008
友達光電電視顯示器產品研發處
Gamma
T315HW02 V3 Tcom MEMC Board
<Variant Name>
Model Name
Size Document Number Rev
Date: Sheet of
T315HW02 V3 Tcom\MEMC Board EC02Custom
1 10Wednesday, October 01, 2008
友達光電電視顯示器產品研發處
Gamma
T315HW02 V3 Tcom MEMC Board
<Variant Name>
VG1 & VG22 => L255.
VG2 & VG21 => L254
VG4 & VG19 => L223
VG6 & VG17 => L128
VG8 & VG15 => L32
VG10 & VG13 => L1
VG11 & VG12 => L0
Negative Gamma Value
Close to U103 pin38
Positive Gamma Value
Close to U103 pin23
Close to U103
Close to U103 pin32
Close to U103 pin29
Close to U103 pin30
Close to U103 pin22
Close to U103 pin8
Close to U103 pin15
Close to U103 pin47
Close to U103 pin43
NC
NC
NC
NC
NC
NC
NC
Max9669 Programmable Gamma Buffer
NC
NC
NC
NC
NC
NC
NC
NC
ISL24813 Programmable Gamma Buffer
NC
NC
NC
NC
NC
NC
RN108RN108
1
2
3
4 5
6
7
8
R0110R0110
VG6VG6
P
A
D
1
REF6REF6
PAD 1
VZREFVZREF
PAD 1
C0103C0103
C0170C0170
R0161R0161
VG11VG11
P
A
D
1
RN101RN101
1
2
3
4 5
6
7
8
VG2VG2
P
A
D
1
VG19VG19
P
A
D
1
R0165R0165
REF4REF4
PAD 1
R0182R0182
VG13VG13
P
A
D
1
R0168R0168
R0176R0176
C0121C0121
REF17REF17
PAD 1
R0174R0174
RN104RN104
1
2
3
4 5
6
7
8
VG22VG22
P
A
D
1
P
A
5_
A
P
A
5_
A
P
A
D
1
R0128R0128
C0171C0171
R0136R0136
C0117C0117
R0172R0172
C0122C0122
C0114C0114
C0160C0160
R0142R0142
R0112R0112
C0111C0111
R0113R0113
REF_F11REF_F11
PAD 1
R0180R0180
R0129R0129
C0108C0108
R0141R0141
U0105U0105
GMA15 1
SDA 3
DVDD 5
VCOM 7
V
D
D
_A
M
P
9
A
G
N
D
11
G
M
A
1
13
GMA315
GMA517
GMA719
SCL 2
A0 4
GND_AMP 6
V
C
O
M
_F
B
8
A
V
D
D
10
G
M
A
0
12
G
M
A
2
14
GMA416
GMA618
AVDD20
AGND21
G
M
A
8
22
G
M
A
9
23
G
M
A
10
24
G
M
A
11
25
G
M
A
12
26
G
M
A
13
27
G
M
A
14
28
G
1
G
1
C0105C0105
R0166R0166
REF8REF8
PAD 1
R0123R0123
RN105RN105
1
2
3
4 5
6
7
8
R0134R0134
R0170R0170
REF21REF21
PAD 1
R0138R0138
R0160R0160
R0147R0147
R0111R0111
C0102C0102
R0118R0118
R0106R0106
R0116R0116
R0130R0130
R0175R0175
R0126R0126
C0119C0119
RN106RN106
1
2
3
4 5
6
7
8
R0115R0115
R0114R0114
+
-
U108C
+
-
U108C
10
9
8
4
11
R0143R0143
R0120R0120
REF15REF15
PAD 1
R0181R0181
C0161C0161
C0127C0127
R0100R0100
R0169R0169
R0177R0177
VG17VG17
P
A
D
1
VG12VG12
P
A
D
1
R0157R0157
REF13REF13
PAD 1
C0116C0116
R0159R0159
VG8VG8
P
A
D
1
U0103U0103
Lo
2
Jo
4
K
o
3
M
o
1
Io
5
H
o
6
V
S
S
7
N.C. 16
VDD 15
N.C. 14
Co 13
D
o
12
E
o
11
Fo
10
V
D
D
8
G
o
9
N.C. 17
Bo 18
VSS 19
Ao 20
VSS 21
VDD 22
Ai 23
Bi 24
C
i
25
D
i
26
E
i
27
Fi
28
G
i
29
V
D
D
30
V
S
S
31
H
i
32
Ii
33
Ji
34
K
i
35
Li
36
Mi37
Ni38
Vcomi39
N.C.40
N.C.41
N.C.42
VDD43
VSS44
VDD45
VSS46
Vcomo47
No48
R0139R0139
C0124C0124
C0120C0120
REF2REF2
PAD 1
C0125C0125
C0173C0173
R0103R0103
R0101R0101
C0113C0113
P
A
4_
A
P
A
4_
A
P
A
D
1
VG1VG1
P
A
D
1
R0108R0108
C0110C0110
R0156R0156
C0107C0107
R0121R0121
R0155R0155
C0159C0159
C0156C0156
RN109RN109
1
2
3
4 5
6
7
8
R0173R0173
R0171R0171
REF_F12REF_F12
PAD 1
REF_F1REF_F1
PAD 1
U0104U0104REF
R
A
N
O
D
E
A
C
A
TH
C
R0178R0178
RN107RN107
1
2
3
4 5
6
7
8
R0167R0167
R0163R0163
C0104C0104
R0104R0104
+
-
U108A
+
-
U108A
3
2
1
4
11
VG4VG4
P
A
D
1
C0157C0157
REF_F22REF_F22
PAD 1
R0131R0131
R0132R0132
R0183R0183
R0162R0162
U0102U0102
VDD1
PA5(HS)2
PA4(HS)3
PA3(HS)4 PA2(HS) 5
PA1(HS) 6
PA0(HS) 7
VSS 8
R0135R0135
R0107R0107
RN103RN103
1
2
3
4 5
6
7
8
+
-
U108B
+
-
U108B
5
6
7
4
11
VGMA_REFVGMA_REF
P
A
D
1
R0105R0105
R0124R0124
R0146R0146
U101U101
OUT11
OUT22
OUT33
OUT44
GND5
AVDD6
OUT57
O
U
T7
9
O
U
T8
10
O
U
T9
11
S
D
A
12
S
C
L
13
O
U
T1
0
14
O
U
T1
1
15
OUT13 17
OUT14 18
GND 20
AVDD 19
OUT15 21
OUT16 22
OUT17 23
OUT18 24O
U
TC
O
M
25
IN
N
C
O
M
26
IN
P
C
O
M
/D
V
R
O
U
T
27
S
E
T
28
D
V
D
D
29
S
TD
_R
E
G
30
B
A
N
K
_S
E
LE
C
T
31
G1G1
OUT68
O
U
T1
2
16
R
E
FI
N
32
R0164R0164
VG10VG10
P
A
D
1
R0145R0145
+
-
U108D
+
-
U108D
12
13
14
4
11 G
1
C0118C0118
C0112C0112
R0148R0148
C0123C0123
R0137R0137
RN102RN102
1
2
3
4 5
6
7
8
C0126C0126
C0115C0115
R0122R0122
R0117R0117
C0158C0158
R0144R0144
BANK_SELBANK_SEL
P
A
D
1
R0125R0125
VG15VG15
P
A
D
1
VG21VG21
P
A
D
1
REF19REF19
PAD 1
C0101C0101
C0109C0109
R0158R0158
P
A
2_
A
P
A
2_
A
P
A
D
1
C0162C0162
P
A
3_
A
P
A
3_
A
P
A
D
1
C0106C0106
R0127R0127
R0140R0140
R0179R0179
C0163C0163
C0174C0174
R0133R0133
REF10REF10
PAD 1
R0154R0154
5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
T2
_R
V
N
[4
..6
]
R
X
IN
B
P
1
T2
_R
V
N
1
R
X
IN
B
N
2
R
X
IN
B
P
2
R
X
IN
D
P
[0
..4
]
T2
_R
V
P
1
R
X
C
LK
B
N
R
X
C
LK
B
P
R
X
IN
B
N
3
AGBSEN
VDD_V1D2_M
R
X
IN
B
P
3
T2
_R
V
P
0
LVDSORD
R
X
IN
D
P
0
T2
_R
V
P
[4
..6
]
R
X
IN
D
N
1
R
X
IN
D
P
1
R
X
IN
D
N
2
R
X
IN
D
P
2
R
X
C
LK
D
N
R
X
C
LK
D
P
T2_RVN6
R
X
IN
D
N
3R
X
IN
D
P
3
T2_RVP6
T2_RVN5
T2_RVP5
T2_RVN4
XPOL_M
T2_RVP4
YDIO_M
VDD_V3D3_M
INSCL_M
VDD_V3D3_M
VDD_V3D3_M
YCLK_M
VDD_V3D3_M
VDD_V3D3_M
YOE_M
VDD_V1D2_M
R
X
IN
D
N
0
RST
V3D3
YV1C_M
R
X
IN
B
P
[0
..4
]
T2
_R
V
N
0
R
X
IN
B
N
[0
..4
]
T2
_L
V
C
LK
P
EXSCL
T2
_L
V
C
LK
N
GND
VDD_V3D3_M
EXSDA
T2
_L
V
N
2
VDD_V1D2_M
T2
_L
V
P
2
VDD_V1D2_M
VDD_V1D2_M
T2
_L
V
N
1
VDD_V1D2_M
T2
_L
V
P
1
VDD_V1D2_M
T2
_L
V
P
0
T2
_L
V
P
[4
..6
]
VDD_V3D3_M
T2
_L
V
N
[4
..6
]
T2
_L
V
N
6
XSTB_M
VDD_V3D3_M
T2
_R
V
C
LK
P
R
X
IN
D
N
[0
..4
]
T2
_L
V
N
5
T2
_R
V
C
LK
N
T2
_L
V
P
5
T2
_L
V
N
4
T2
_L
V
P
4
INSDA_M
EPWP_M
V1D2
R
X
IN
B
N
0
T2
_R
V
N
2
R
X
IN
B
N
1
ODEN_M
R
X
IN
B
P
0
T2
_R
V
P
2
VDD_V3D3_M
R
X
IN
D
N
4
R
X
IN
D
P
4
T2
_L
V
N
0
R
X
IN
B
N
4
R
X
IN
B
P
4
T2
_L
V
P
6VDD_V1D2_M
T2
_L
V
P
[0
..2
]
T2
_R
V
N
[0
..2
]
T2
_R
V
P
[0
..2
]
V3D3
T2
_L
V
N
[0
..2
]
GND
OSCSEL_M
YOE3_M
YOE4_M
R
X
IN
B
N
[0
..4
]
GND
XSTB_M
XPOL_M
R
X
IN
B
P
[0
..4
]
R
X
C
LK
D
N
R
X
C
LK
D
P
T2
_L
V
P
[0
..2
]
T2
_L
V
N
[0
..2
]
T2
_R
V
N
[4
..6
]
AGBSEN
T2
_R
V
C
LK
P
T2
_R
V
C
LK
N
T2
_R
V
P
[4
..6
]
V1D2
V3D3
YOE_M
YCLK_M
YDIO_M
T2
_L
V
C
LK
N
T2
_l
V
C
LK
P
R
X
C
LK
B
N
R
X
C
LK
B
P
RST
EXSDA
EXSCL
T2
_R
V
P
[0
..2
]
T2
_R
V
N
[0
..2
]
T2
_L
V
P
[4
..6
]
YV1C_M
LVDSORD
T2
_L
V
N
[4
..6
]
R
X
IN
D
N
[0
..4
]
R
X
IN
D
P
[0
..4
]
XOUT_M
YOE3_M
YOE4_M
Model Name
Size Document Number Rev
Date: Sheet of
T315HW02 V3 Tcom\MEMC Board EC02Custom
1 10Wednesday, October 01, 2008
友達光電電視顯示器產品研發處
Tcom(Master)
T315HW02 V3 Tcom MEMC Board
<Variant Name>
Model Name
Size Document Number Rev
Date: Sheet of
T315HW02 V3 Tcom\MEMC Board EC02Custom
1 10Wednesday, October 01, 2008
友達光電電視顯示器產品研發處
Tcom(Master)
T315HW02 V3 Tcom MEMC Board
<Variant Name>
Model Name
Size Document Number Rev
Date: Sheet of
T315HW02 V3 Tcom\MEMC Board EC02Custom
1 10Wednesday, October 01, 2008
友達光電電視顯示器產品研發處
Tcom(Master)
T315HW02 V3 Tcom MEMC Board
<Variant Name>
Closed to pin65 of U401
NC
NC
CHML
Closed to pin56 of U401
CHRB
120HZ
Data Mapping Setting Table
0
0
0
PIX_SFT_EN
MODE41
0
FRVS1
0
T2
FRVS2
0
BRVS
CHPXF
0
1
CHPXB
CHPN
0
CHFB
1
On Bottom Layer
1
For KME use
Close to U401
Closed to pin8 of U402
Close to U401
Closed to pin117 of U401
Closed to pin127 of U401
Closed to pin33 of U401
When ODEN is low or OPEN,
OD_EN(Internal Register )
0 : OD disable
1 : OD enable
When ODEN is high,
OD_EN(Internal Register )
0 : OD enable
1 : OD disable
NC
IN
S
C
L_
M
IN
S
C
L_
M
P
A
D
1
E
P
W
P
_M
E
P
W
P
_M
P
A
D
1
C0418C0418
R0410R0410
C0417C0417
C0423C0423
R0407R0407
R0405R0405
C0404C0404
R0411R0411
C0420C0420
C0430C0430
RN0401RN0401
1
3
2
4
L0402L0402
C0424C0424
C0427C0427
R0402R0402
C0415C0415
U0402U0402
A0 1
A1 2
A2 3
GND 4SDA5
SCL6
WP7
VCC8
AUO12401 K1
U0401
AUO12401 K1
U0401
R
X
IN
O
0N
1
R
X
IN
O
0P
2
R
X
IN
O
1N
3
R
X
IN
O
0P
4
R
X
IN
O
2N
5
R
X
IN
O
2P
6
V
D
D
L
7
G
N
D
8
R
X
C
LK
O
N
9
R
X
C
LK
O
P
10
R
X
IN
O
3N
11
R
X
IN
O
3P
12
R
X
IN
O
4N
13
R
X
IN
O
4P
14
V
D
D
L
15
G
N
D
16
V
D
D
C
12
17
V
D
D
C
12
18
G
N
D
19
R
X
IN
E
0N
20
R
X
IN
E
0P
21
R
X
IN
E
1N
22
R
X
IN
E
1P
23
R
X
IN
E
2N
24
R
X
IN
E
2P
25
V
D
D
L
26
R
X
C
LK
E
N
27
R
X
C
LK
E
P
28
R
X
IN
E
3N
29
R
X
IN
E
3P
30
R
X
IN
E
4N
31
R
X
IN
E
4P
32
TEST 64
SWAPL 63
GOAEN 62
SPDEN 61
DCREN 60
ODEN 59
AGBSEN 58
LVDSORD 57
VDDIO 56
GND 55
VDDC12 54
VSEL 53
XSTB 52
XBDO 51
XPOL 50
YDIO 49
YCLK 48
YOE1 47
YOE2 46
VDDIO 45
GND 44
YOE3 43
YOE4 42
YV1C 41
GND 40
VDDC12 39
RSTN 38
INSDA 37
INSCL 36
EPWP 35
EXSDA 34
EXSCL 33
R
V
2N
96
R
V
2P
95
G
N
D
94
V
D
D
M
93
R
V
1N
92
R
V
1P
91
R
V
0N
90
R
V
0P
89
LV
7N
88
LV
7P
87
LV
6N
86
LV
6P
85
G
N
D
84
V
D
D
M
83
LV
5N
82
LV
5P
81
LV
4N
80
LV
4P
79
G
N
D
78
V
D
D
C
12
77
LV
C
LK
N
76
LV
C
LK
P
75
LV
3N
74
LV
3P
73
LV
2N
72
LV
2P
71
G
N
D
70
V
D
D
M
69
LV
1N
68
LV
1P
67
LV
0N
66
LV
0P
65
PV3P97
RV3N98
VDDWR99
PFCAP100
RVCLKP101
RVCLKN102
RV4P103
RV4N104
RV5P105
RV5N106
VDDM107
GND108
RV6P109
RV6N110
RV7P111
RV7N112
GND113
RMLVDS114
VDDIO115
REXT116
VDDC12117
VDDC12118
GND119
GND121
GND122
VDDIO123
GND124
PWM125
OSCSEL126
XIN127
XOUT128
VDDIO120
G
1
G
1
XIN_MXIN_M
PAD 1
C0403C0403
C0405C0405
RN0400RN0400
1
3
2
4
C0407C0407
C0421C0421
R0413R0413
R0406R0406
R0412R0412
C0425C0425
R0401R0401
R0404R0404
C0413C0413
C0411C0411
C0409C0409
C0408C0408
L0403L0403 R0408R0408
C0412C0412
V
C
C
E
_M
V
C
C
E
_M
P
A
D
1
C0414C0414
C0410C0410
C0422C0422
C0401C0401
G
N
D
E
_M
G
N
D
E
_M
P
A
D
1
C0402C0402
L0401L0401
C0416C0416
D0401D0401
C0406C0406
C0419C0419
IN
S
D
A
_M
IN
S
D
A
_M
P
A
D
1
C0426C0426
R0409R0409
XOUT_MXOUT_M
PAD 1
R0403R0403
Y0401Y0401 1
4
2
3
5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
VREF
VREF
B3.3VD
B1.8V_DDR
B1.8V_DDRRXINCLKCN
RXINCLKCP
RXINCLKBN
RXINCLKBP
RXINCLKDN
RXINCLKDP
RXINAN0
RXINAN1
RXINAN2
RXINAN3
RXINAN4
RXINCLKAP
RXINAP0
RXINAP1
RXINAP2
RXINCLKAN
RXINCN0
RXINCN1
RXINCN2
RXINCN3
RXINCN4
RXINCP0
RXINCP1
RXINCP2
RXINCP3
RXINCP4
RXINAP3
RXINAP4
RXINBN0
RXINBN1
RXINBN2
RXINBN3
RXINBN4
RXINBP0
RXINBP1
RXINBP2
RXINBP3
RXINBP4
RXINDN0
RXINDN1
RXINDN2
RXINDN3
RXINDN4
RXINDP0
RXINDP1
RXINDP2
RXINDP3
RXINDP4
PI_ODD_RIN0N
PI_ODD_RIN1N
PI_ODD_RIN2N
PI_ODD_RIN3N
PI_ODD_RIN4N
PI_ODD_RIN0P
PI_ODD_RIN1P
PI_ODD_RIN2P
PI_ODD_RIN3P
PI_ODD_RIN4P
PI_EVEN_RIN0N
PI_EVEN_RIN1N
PI_EVEN_RIN2N
PI_EVEN_RIN3N
PI_EVEN_RIN4N
PI_EVEN_RIN0P
PI_EVEN_RIN1P
PI_EVEN_RIN2P
PI_EVEN_RIN3P
PI_EVEN_RIN4P
RXINAN[0..4]
B12V
GND
I2C_SCL
I2C_SDA
FRC_NRESET
HSYNC
RXINCLKDN
RXINCN[0..4]
RXINCP[0..4]
RXINBN[0..4]
RXINBP[0..4]
RXINDN[0..4]
RXINDP[0..4]
RXINAP[0..4]
RXINCLKDP
RXINCLKBN
RXINCLKBP
RXINCLKCN
RXINCLKCP
RXINCLKAN
RXINCLKAP
PI_ODD_RIN0N
PI_ODD_RIN0P
PI_ODD_RINCLKP
PI_ODD_RINCLKN
PI_EVEN_RINCLKN
PI_EVEN_RINCLKP
PI_EVEN_RIN0N
PI_EVEN_RIN0P
PI_EVEN_RIN1N
PI_EVEN_RIN2N
PI_EVEN_RIN3N
PI_EVEN_RIN4N
PI_EVEN_RIN1P
PI_EVEN_RIN2P
PI_EVEN_RIN3P
PI_EVEN_RIN4P
PI_ODD_RIN1N
PI_ODD_RIN2N
PI_ODD_RIN3N
PI_ODD_RIN1P
PI_ODD_RIN2P
PI_ODD_RIN3P
B3.3VD
MAIN_CHECK
SW_PVCC
PI_ODD_RIN4N
PI_ODD_RIN4P
Model Name
Size Document Number Rev
Date: Sheet of
T315HW02 V3 Tcom\MEMC Board EC02B
1 10Wednesday, October 01, 2008
友達光電電視顯示器產品研發處
FRC Top
T315HW02 V3 Tcom MEMC Board
<Variant Name>
Model Name
Size Document Number Rev
Date: Sheet of
T315HW02 V3 Tcom\MEMC Board EC02B
1 10Wednesday, October 01, 2008
友達光電電視顯示器產品研發處
FRC Top
T315HW02 V3 Tcom MEMC Board
<Variant Name>
Model Name
Size Document Number Rev
Date: Sheet of
T315HW02 V3 Tcom\MEMC Board EC02B
1 10Wednesday, October 01, 2008
友達光電電視顯示器產品研發處
FRC Top
T315HW02 V3 Tcom MEMC Board
<Variant Name>
DDR
05B.FRC_DDR
GND
B1.8V_DDR
VREF
FRC_IO
05A.FRC_IO
G
N
D
PI_EVEN_RINCLKN
PI_EVEN_RINCLKP
PI_ODD_RINCLKN
PI_ODD_RINCLKP
I2C_SCL
I2C_SDA
FRC_NRESET
B
3.
3V
D
HSYNC
RX1B_AN
RX1B_BN
RX1B_CN
RX1B_DN
RX1B_EN
RX1B_AP
RX1B_BP
RX1B_CP
RX1B_DP
RX1B_EP
RX1B_CLKN
RX1B_CLKP
RX3B_AN
RX3B_BN
RX3B_CN
RX3B_DN
RX3B_EN
RX3B_AP
RX3B_BP
RX3B_CP
RX3B_DP
RX3B_EP
RX3B_CLKN
RX3B_CLKP
RX2B_AN
RX2B_BN
RX2B_CN
RX2B_DN
RX2B_EN
RX2B_AP
RX2B_BP
RX2B_CP
RX2B_DP
RX2B_EP
RX2B_CLKN
RX2B_CLKP
RX4B_AN
RX4B_BN
RX4B_CN
RX4B_DN
RX4B_EN
RX4B_AP
RX4B_BP
RX4B_CP
RX4B_DP
RX4B_EP
RX4B_CLKN
RX4B_CLKP
PI_ODD_RIN0N
PI_ODD_RIN1N
PI_ODD_RIN2N
PI_ODD_RIN3N
PI_ODD_RIN4N
PI_ODD_RIN0P
PI_ODD_RIN1P
PI_ODD_RIN2P
PI_ODD_RIN3P
PI_ODD_RIN4P
PI_EVEN_RIN0N
PI_EVEN_RIN1N
PI_EVEN_RIN2N
PI_EVEN_RIN3N
PI_EVEN_RIN4N
PI_EVEN_RIN0P
PI_EVEN_RIN1P
PI_EVEN_RIN2P
PI_EVEN_RIN3P
PI_EVEN_RIN4P
MAIN_CHECK
SW_PVCC
Power
05C.FRC_Power
GND
B12V
B3.3VD
B1.8V_DDR
VREF
5
5
4
4
3
3
2
2
1
1
D D
C C
B BA A
PI_EVEN_RIN1P
PI_EVEN_RIN1N
PI_EVEN_RIN0N
PI_EVEN_RIN0P
PI_EVEN_RINCLKP
PI_EVEN_RIN4P
PI_EVEN_RIN4N
PI_EVEN_RINCLKN
PI_EVEN_RIN3P
PI_EVEN_RIN3N
PI_EVEN_RIN2P
PI_ODD_RINCLKP
PI_ODD_RIN0N
PI_ODD_RIN0P
PI_ODD_RIN1N
PI_ODD_RIN1P
PI_ODD_RIN2N
RX4B_EN
RX2B_BP
RX4B_AN
EEPROM_SCL
RX1B_CLKP
RX3B_BP
RX4B_DP
RX2B_CP
PI_ODD_RIN4N
RX1B_DN
RX3B_CN
RX4B_DN
RX4B_CLKN
PI_ODD_RIN3P
HSYNC
PI_ODD_RIN2P
RX2B_CN
RX1B_CP
PI_ODD_RIN1P
PI_ODD_RIN0P
RX1B_CLKN
RX3B_CP
PI_ODD_RIN3P
RX4B_CP
RX1B_CN
B3.3VD
RX1B_EP
RX4B_CN
RX3B_DN
PI_ODD_RIN4N
RX2B_DN
HSYNC
RX4B_BP
RX4B_CLKP
PI_ODD_RIN3N
RX1B_EN
RX1B_BP
RX2B_AP
RX2B_DP
PI_ODD_RIN2N
B3.3VD
EEPROM_SCL
RX3B_DP
EEPROM_SDA
RX2B_AN
PI_ODD_RIN1N
RX1B_DP
RX3B_AN
RX1B_BN
RX3B_EN
PI_ODD_RIN4P
RX4B_BN
PI_ODD_RIN0N
RX2B_CLKP
PI_EVEN_RIN3P
PI_EVEN_RIN2P
RX2B_EN
PI_ODD_RINCLKN
PI_EVEN_RIN1P
PI_EVEN_RIN0P
PI_EVEN_RIN4N
RX3B_AP
PI_EVEN_RIN3N
RX3B_CLKN
PI_EVEN_RIN2N
PI_EVEN_RIN1N
PI_EVEN_RIN0N
B3.3VD
EEPROM_SDA
RX1B_AP
PI_EVEN_RIN4P
RX4B_AP
RX2B_CLKN
RX4B_EP
RX3B_EP
RX3B_BN
FRC_NRESET
RX3B_CLKP
RX2B_BN
RX2B_EP
RX1B_AN
PI_ODD_RIN2P
PI_ODD_RIN3N
PI_EVEN_RIN2N
B3.3VD
PI_ODD_RIN4P
MAIN_CHECK
T_RST
SW_PVCC
B3.3VD
RX3B_BN
RX3B_BP
RX3B_CN
RX3B_CP
RX1B_BP
RX1B_BN
RX3B_DN
RX3B_DP
RX4B_AN
RX4B_AP
RX3B_EN
RX3B_EP
RX4B_EN
RX4B_EP
RX2B_AN
RX2B_AP
RX1B_CP
RX1B_CN
HSYNC
RX3B_AN
RX3B_AP
RX4B_CLKN
RX4B_DN
RX4B_DP
RX1B_AP
RX1B_AN
RX4B_CLKP
RX2B_CLKN
RX2B_CLKP
RX3B_CLKN
RX3B_CLKP
RX1B_CLKN
RX1B_CLKP
GND
PI_ODD_RIN0N
PI_ODD_RIN4P
PI_EVEN_RIN0N
PI_EVEN_RIN0P
PI_EVEN_RINCLKN
PI_EVEN_RINCLKP
PI_ODD_RINCLKN
PI_ODD_RINCLKP
I2C_SCL
I2C_SDA
FRC_NRESET
RX4B_CN
RX4B_CP
RX2B_BN
RX2B_BP
RX1B_DP
RX1B_DN
RX2B_CN
RX2B_CP
RX2B_DN
RX2B_DP
RX2B_EN
RX2B_EP
RX1B_EP
RX1B_EN
RX4B_BN
RX4B_BP
PI_ODD_RIN3P
PI_ODD_RIN2P
PI_ODD_RIN1P
PI_ODD_RIN0P
PI_ODD_RIN1N
PI_ODD_RIN2N
PI_ODD_RIN3N
PI_ODD_RIN4N
PI_EVEN_RIN1P
PI_EVEN_RIN2P
PI_EVEN_RIN3P
PI_EVEN_RIN4P
PI_EVEN_RIN1N
PI_EVEN_RIN2N
PI_EVEN_RIN3N
PI_EVEN_RIN4N
B3.3VD
MAIN_CHECK
SW_PVCC
Model Name
Size Document Number Rev
Date: Sheet of
T315HW02 V3 Tcom\MEMC Board EC02C
1 10Wednesday, October 01, 2008
友達光電電視顯示器產品研發處
FRC IO
T315HW02 V3 Tcom MEMC Board
<Variant Name>
Model Name
Size Document Number Rev
Date: Sheet of
T315HW02 V3 Tcom\MEMC Board EC02C
1 10Wednesday, October 01, 2008
友達光電電視顯示器產品研發處
FRC IO
T315HW02 V3 Tcom MEMC Board
<Variant Name>
Model Name
Size Document Number Rev
Date: Sheet of
T315HW02 V3 Tcom\MEMC Board EC02C
1 10Wednesday, October 01, 2008
友達光電電視顯示器產品研發處
FRC IO
T315HW02 V3 Tcom MEMC Board
<Variant Name>
CIS
NC
NC
NC
NC
CIS
NCNC
R515R515
R590R590
R595R595
R636R636
FRCIC500B FRCIC500B
GPIO00A11
GPIO01B10
GPIO02A10
GPIO03B9
GPIO04A9
GPIO05B8
GPIO06A8
GPIO07B7
GPIO08A7
GPIO09P2
GPIO10P3
GPIO11R2
GPIO12R3
RESET_NB6
TMA6
SSDA N2
SSCL N1
MSDA M3
MSCL N3
V A12
PWM B11
H B12
TRST_N A3
TMS A5
TDO B5
TDI A4
TCLK B4
XOUT P1
XIN R1
R603R603
R506R506
R528R528
FRCIC500C FRCIC500C
P_ZB_RX4_PM1
P_ZB_RX3_PL1
P_ZB_RX2_PJ1
P_ZB_RX1_PH1
P_ZB_RX0_PG1
P_ZB_CLK_PK1
P_ZB_RX4_NM2
P_ZB_RX3_NL2
P_ZB_RX2_NJ2
P_ZB_RX1_NH2
P_ZB_RX0_NG2
P_ZB_CLK_NK2
P_ZA_RX4_PF1
P_ZA_RX4_NF2
P_ZA_RX3_PE1
P_ZA_RX3_NE2
P_ZA_RX2_PC1
P_ZA_RX2_NC2
P_ZA_RX1_PB1
P_ZA_RX1_NB2
P_ZA_RX0_PA1
P_ZA_RX0_NA2
P_ZA_CLK_PD1
P_ZA_CLK_ND2
P_YB_TX4_PT21
P_YB_TX4_NT22
P_YB_TX3_PR21
P_YB_TX3_NR22
P_YB_TX2_PN21
P_YB_TX2_NN22
P_YB_TX1_PM21
P_YB_TX1_NM22
P_YB_TX0_PL21
P_YB_TX0_NL22
P_YB_CLK_PP21
P_YB_CLK_NP22
P_XA_RX4_P B18
P_XA_RX4_N A18
P_XA_RX3_P B17
P_XA_RX3_N A17
P_XA_RX2_P B15
P_XA_RX2_N A15
P_XA_RX1_P B14
P_XA_RX1_N A14
P_XA_RX0_P B13
P_XA_RX0_N A13
P_XA_CLK_P B16
P_XA_CLK_N A16
P_XB_CLK_N B22
P_XB_CLK_P B21
P_XB_RX0_N A19
P_XB_RX0_P B19
P_XB_RX1_N A20
P_XB_RX1_P B20
P_XB_RX2_N A22
P_XB_RX2_P A21
P_XB_RX3_N C22
P_XB_RX3_P C21
P_XB_RX4_N D22
P_XB_RX4_P D21
P_YA_CLK_N H22
P_YA_CLK_P H21
P_YA_TX0_N E22
P_YA_TX0_P E21
P_YA_TX1_N F22
P_YA_TX1_P F21
P_YA_TX2_N G22
P_YA_TX2_P G21
P_YA_TX3_N J22
P_YA_TX3_P J21
P_YA_TX4_N K22
P_YA_TX4_P K21
R583R583
R526R526
R643R643
R634R634
R591R591
R578R578
R610R610 R517R517
R527R527
R598R598
R594R594
R516R516
C586_1C586_1
R548R548
R534R534
R538R538
R532R532
R607R607
R640R640
R531R531
R
63
1
R
63
1
R586R586
R522R522
U2849U2849
R615R615
R514R514
TP501TP501
PAD1
C501C501
R542R542
R618R618
R602R602
R614R614
R501R501
R641_DER641_DE
R638R638
R519R519
R525R525
R
63
2
R
63
2
R642R642
R543R543
R5842_DER5842_DE
R
63
0
R
63
0
R524R524
R644R644
IC589IC589
G
N
D
2
/RESET1 VDD 3
R502R502
IC503IC503
NC 1
A1 2
A2 3
GND 4SDA5
SCL6
WP7
VCC8
R536R536
R
62
8
R
62
8
R
62
7
R
62
7
U2850U2850
R547R547
R520R520
R635R635
R503R503
R530R530
R535R535
C586C586
R507R507
R504R504
R505R505
R623R623
R512R512
R619R619
R582R582
R1R1
R585_1R585_1
R513_DER513_DE
R588R588
R584R584
R541R541
TP502TP502
PAD1
R510R510
R611R611
R521R521
R639_DER639_DE
R537R537
X501X501
1 2
R518R518
R539R539
R540R540
R533R533
R579R579
R509R509
R633R633
R546R546
R5841_DER5841_DE
R585R585
R622R622
R508R508
R529R529
R637_DER637_DE
R513R513
R523R523
R599R599
R606R606
R
62
9
R
62
9
R545R545
R511R511
5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
GND
B12V
B3.3VD
VREF
V1.05VFB1.8V_DDR
V1.05VF
GND
B12V
B3.3VD
B1.8V_DDR
VREF
B1.05V
B1.05V_MPLL
B1.05V_DLL
B3.3VD
B1.05V_PLL
B1.05V_PLL
B3.3V_OSC
B3.3V_OSC
B3.3VD
B1.8V_DDR
B1.05V_DLL
B2.5V_VDDL_PLL
B2.5V_VDDL
VREF
B1.05V_MPLL
B1.8V_DDR
B3.3VD
B12V
B2.5V_VDDL
B1.05V
B3.3VD B2.5V_VDDL_PLL
B1.05V
B3.3VD
Model Name
Size Document Number Rev
Date: Sheet of
T315HW02 V3 Tcom\MEMC Board EC02Custom
1 10Wednesday, October 01, 2008
友達光電電視顯示器產品研發處
FRC Power
T315HW02 V3 Tcom MEMC Board
<Variant Name>
Model Name
Size Document Number Rev
Date: Sheet of
T315HW02 V3 Tcom\MEMC Board EC02Custom
1 10Wednesday, October 01, 2008
友達光電電視顯示器產品研發處
FRC Power
T315HW02 V3 Tcom MEMC Board
<Variant Name>
Model Name
Size Document Number Rev
Date: Sheet of
T315HW02 V3 Tcom\MEMC Board EC02Custom
1 10Wednesday, October 01, 2008
友達光電電視顯示器產品研發處
FRC Power
T315HW02 V3 Tcom MEMC Board
<Variant Name>
CIS
CIS
CIS
CIS
CIS
CIS
CIS
CIS
CIS
CIS
CIS
CIS
CIS
CIS
CIS
CIS
CIS
CIS
CIS
CIS
CIS
CIS
CIS
CIS
CIS
CIS
CIS
CIS
CIS
CIS
CIS
CIS
CIS
CIS
CIS
CIS
CIS
CIS
CIS
CIS
CIS
CIS
CIS
CIS
CIS
CIS
CIS
CIS
CIS
CIS
CIS
CIS
CIS
CIS
CIS
CIS
CIS
CIS
CIS
CIS
CIS
CIS
CIS
CIS
CIS
CIS 100NF/10%/16V/X7R/0603
CIS
CIS
CIS
CIS
DE
CIS
CIS
CIS
CIS
CIS
CIS
CIS
CIS
CIS
CIS
CIS
CIS
CIS
CIS
CIS
DE
CIS
CIS
CIS
CIS
CIS CIS
CIS
CIS
CIS
CIS 47NF/10%/16V/X7R/0603
CIS
CIS
CIS
CIS
CIS
CIS
CIS
CIS
CIS
CIS 10NF/10%/50V/X7R/0603
CIS
CIS
CIS
CIS
CIS
CIS
CIS
CIS
CIS
CIS
CIS CIS
CIS
CIS CIS CISCIS CIS
CIS
CISCIS
CIS
CIS
CIS
CIS
CIS
CIS
CIS
CIS
CIS
CIS
NC
NC
NC
NC
C122C122
C2737C2737
C146C146
C147_OPC147_OP
C516C516
C542C542
C521C521
C130_OPC130_OP
D105D105
2
1
BD109_DEBD109_DE
C522C522
R157_DER157_DE
C515C515
C504C504
C537C537
C161C161
IC102IC102
G
N
D
2
Vin1 Vout 3
L117L117
L116L116
C163C163
IC109IC109
IN1
GND2
/EN3 FB 4
OUT 5
R138R138
IC104IC104
BS1
IN2
SW3
GND4 FB 5
COMP 6
EN 7
SS 8
G
N
D
M
G
N
D
1
U502U502
TP_B3D3VTP_B3D3V
P
A
D
1
BD2711BD2711
C2789C2789
C183C183
C689C689
C121C121
R141R141
C518C518
C195C195
BD2713BD2713
C529C529
R137R137
C510C510
BD129BD129
C605C605
TP_B1D05VTP_B1D05V
PAD 1
BD2007BD2007
C517C517
C129C129
C189C189
C159C159
C2748C2748
C105C105
C519C519
R115R115
C2734C2734
TP_B1D05V_PLLTP_B1D05V_PLL
P
A
D
1
C190_2C190_2
R113_OPR113_OP
U501U501
C162C162
C158C158
C125C125
C533C533
C108C108
C541C541
C
14
9_
1_
D
E
C
14
9_
1_
D
E
C2731C2731
C2742C2742C152C152
R125R125
U505U505
C503C503
C527C527
C511C511
IC110IC110
BS1
IN2
SW3
GND4 FB 5
COMP 6
EN 7
SS 8
G
N
D
M
G
N
D
1
C145_1C145_1
C164C164
C103C103C2739C2739
C191C191
C153C153
C538C538
R139R139
C612C612
D105_1D105_1
2
1
C112C112
C507C507
C543C543
C506C506
C014C014
L112L112
R108R108
C540C540 U503U503
C120C120
C192_2C192_2
C523C523
C589C589
C192C192
C102C102
C2788C2788
C534C534
C539C539
C149_DEC149_DE
C196_1C196_1
R113_2R113_2
C2728C2728
R118_1R118_1
C525C525 C530C530
FRCIC500E FRCIC500E
DRAM_VREFW12
VDD105G7
VDD105H14
VDD105J10
VDD105J13
VDD105J14
VDD105P14
VDD105R7
VDD105R14
VDD105T7
VDD105T14
VDD105G8
VDD105G15
VDD105H8
VDD105H15
VDD105J8
VDD105J15
VDD105K9
VDD105K10
VDD105K13
VDD105K14
VDD105N9
VDD105N10
VDD105N13
VDD105N14
VDD105P8
VDD105P10
VDD105P13
VDD105P15
VDD105R8
VDD105PLL R4
VDD105 T9
VDD105 T16
VDD105 R16
VDD105 R9
VDD105 P9
VDD105 J16
VDD105 J9
VDD105 H16
VDD105 H9
VDD105 G16
VDD105 G9
VDD105 R15
VDD105_S J7
VDD105DLL T13
VDDLZ25PLL H4
VDDLZ25 J4
VDDLY25PLL K19
VDDLY25 M19
VDD33OSC P4
VDD33 D8
VDD33 D7
VDD33 M4
VDD18 P16
VDD18 T15
VDD18 T12
VDD18 T8
VDD18 P7
VDDLY25 H19
VDDLX25PLL D14
VDDLX25 D16
VDDLX25 D12
VDD105G14
VDD106H7
C512C512
C156C156 C2733C2733
R119_1R119_1
C145C145
IC107IC107
A
D
J
1
Vin3 Vout 2
C157C157
U2841U2841
C148_OPC148_OP
C
14
8_
1_
O
P
C
14
8_
1_
O
P
C2730C2730
C2741C2741
C513C513
C2738C2738
C146_1C146_1
R114R114
C190_1C190_1
C101C101
BD2712BD2712
C514C514
C528C528
C194C194
C535C535
C165C165
R140R140
C532C532
C536C536
C524C524
U2842U2842
C508C508
BD160BD160
C2736C2736
C613C613
C109C109
C505C505
C520C520
C544C544
L102L102
L111L111
C127C127
L103L103
C2735C2735C134C134
C196C196
C190C190
BD120BD120
U504U504
C160C160C526C526
TP_B1D8VTP_B1D8V
P
A
D
1
R142R142
FRCIC500D FRCIC500D
VSSC5
VSSC6
VSSC7
VSSC8
VSSC9
VSSC10
VSSC11
VSSC12
VSSC13
VSSC14
VSSC15
VSSC16
VSSC17
VSSC18
VSSC19
VSSC20
VSSD3
VSSD4
VSSD5
VSSD6
VSSD9
VSSD10
VSSD11
VSSD13
VSSD15
VSSD17
VSSD18
VSSD19
VSSD20
VSSE3
VSSE4
VSSE19
VSSE20
VSSF3
VSSF4
VSSF19
VSSF20
VSSG3
VSSG4
VSSG10
VSSG11
VSSG12
VSSG13
VSSG19
VSSG20
VSSH3
VSSH10
VSSH11
VSSH12
VSSH13
VSSH20
VSSJ3
VSSJ11
VSSJ12
VSSJ19
VSSJ20
VSSK3
VSSK4
VSS105_SK7
VSSK8
VSSK11
VSSK12
VSSK15
VSSK16
VSSK20
VSSL3
VSSL4
VSSL7 VSS L8
VSS L9
VSS L10
VSS L11
VSS L12
VSS L13
VSS L14
VSS L15
VSS L16
VSS L19
VSS L20
VSS M7
VSS M8
VSS M9
VSS M10
VSS M11
VSS M12
VSS M13
VSS M14
VSS M15
VSS M16
VSS M20
VSS33OSC N4
VSS N7
VSS N8
VSS N11
VSS N12
VSS N15
VSS N16
VSS N19
VSS N20
VSS P11
VSS P12
VSS P19
VSS P20
VSS R11
VSS R12
VSS R13
VSS R19
VSS R20
VSS T2
VSS T3
VSS105PLL T4
VSS105MPLL T10
VSS T11
VSS T19
VSS T20
VSS U2
VSS U3
VSS U4
VSS U19
VSS U20
VSS U22
VSS V4
VSS V19
VSS W4
VSS W8
VSS W9
VSS W10
VSS W11
VSS W13
VSS W14
VSS W15
VSS W16
VSS W17
VSS W18
VSS W19
VSS R10
BD108BD108
R119R119
C2732C2732
C2743C2743
BD163BD163
C122_1C122_1
C531C531
TP_B2D5VTP_B2D5V
P
A
D
1
R118R118
C688C688
R143R143
C604C604 C509C509
R113_1R113_1
C588C588
C2729C2729
C2740C2740
5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
FR
C
_D
Q
0
FRC_DQ24
FRC_DM1
FRC_DQ0
FRC_DQ1
FRC_DQ10
FRC_DQ11
FRC_DQ12
FRC_DQ28
FRC_DQ27
FRC_DQ26
FRC_DQ25
FRC_DQ13
FRC_DQ14
FRC_DQ3
FRC_DQ24
FRC_DQ23
FRCD_ADDR[0..12]
FRC_DQ9
FRC_DQ8
FRC_DQ7
FRC_DQ28
FRC_DQ6
FRC_DQ5
FRC_DQ19
FRC_DQ29
FRC_DQ14
FRC_DQ22
FRC_DQ21
FRC_DQ4
FRC_DQ31
FRC_DQ20
FRC_DQ2
FRC_DQ30
FRC_DQ3
FRCD_NCAS
FRCD_CLK
FRCD_NCLK
FRC_DQ15
FRC_DQ16
FRC_DQ17
FRC_DQ18
FRC_DQ27
FRC_DQ4
FRCD_DQS1_N
FRCD_CLKE
FRCD_NCS
FRC_DM0
VTT_FRC
VTT_FRC
VTT_FRC
VTT_FRC
FRCD_CLK
VTT_FRC
FRCD_DQS2_N
FR
C
_D
Q
10
FRCD_CLKE
FRC_DM2
FRC_DQ26
FRC_DQ29
FRCD_NWE
FRC_DM1
FRC_DM2
FRC_DM3
FR
C
_D
Q
13
FRCD_ADDR[0..12]
FRCD_ADDR5
FRCD_ADDR9
FRCD_NCS
FRC_DQ11
VREF
FRC_DQ22
FRCD_DQS2_P
FRC_DQ23
FRC_DQ17
FRCD_ADDR10
FRC_DQ[0..31]
FR
C
D
_D
Q
S
0_
N
FRCD_ADDR1
FRC_DQ16
FRCD_ADDR2
FRCD_NCLK
FRCD_DQS3_N
FR
C
_D
Q
6
FRCD_ADDR0
FRC_DQ12
FRCD_BA2
FRCD_ODT
FRCD_ADDR0
FRCD_ADDR3
FRCD_ADDR1
FRCD_BA1
FR
C
_D
M
0
FRCD_NRAS
FRCD_BA2
FRCD_ADDR10
FRCD_ADDR11
FRC_DQ8
FRC_DQ30
FRCD_ADDR12
FRCD_ADDR2
FRCD_ADDR3
FRCD_ADDR4
FRCD_ADDR6
FRCD_ADDR5
FRCD_ADDR6
FRCD_ADDR7
FRCD_ADDR8
FRCD_BA0
FRCD_ADDR9
FRCD_BA0
FRCD_BA1
FRCD_BA2
FR
C
D
_D
Q
S
0_
P
FRCD_ADDR4
FRC_DQ9
FRC_DQ18
FRC_DQ21
VREF
FRC_DQ20
FRC_DQ19
FRCD_NCAS
FRCD_ADDR7
FRC_DM3
FR
C
_D
Q
7
FRCD_ADDR11
FR
C
_D
Q
1
FRCD_ADDR8
FRCD_DQS3_P
FRCD_ADDR12
FRC_DQ15
FRC_DQ5
FRC_DQ31
FRCD_NWE
FRCD_NRAS
FRCD_ODT
FRCD_DQS3_N
FRCD_DQS3_P
B1.8V_DDR
FRCD_DQS2_N
FRCD_DQS2_P
FRCD_DQS1_N
FRCD_DQS1_P
FRCD_DQS0_N
FRCD_DQS0_P
FRCD_DQS1_P
FRC_DQ25
FRC_DQ2
B1.8V_DDR
B1.8V_DDR
VTT_FRC
GND
B1.8V_DDR
VREF
Model Name
Size Document Number Rev
Date: Sheet of
T315HW02 V3 Tcom\MEMC Board EC02Custom
1 10Wednesday, October 01, 2008
友達光電電視顯示器產品研發處
FRC DDR
T315HW02 V3 Tcom MEMC Board
<Variant Name>
Model Name
Size Document Number Rev
Date: Sheet of
T315HW02 V3 Tcom\MEMC Board EC02Custom
1 10Wednesday, October 01, 2008
友達光電電視顯示器產品研發處
FRC DDR
T315HW02 V3 Tcom MEMC Board
<Variant Name>
Model Name
Size Document Number Rev
Date: Sheet of
T315HW02 V3 Tcom\MEMC Board EC02Custom
1 10Wednesday, October 01, 2008
友達光電電視顯示器產品研發處
FRC DDR
T315HW02 V3 Tcom MEMC Board
<Variant Name>
NC
CIS
C366C366
R
39
8
R
39
8
C761C761
R
36
8
R
36
8
C764C764
C307C307
C766C766
R
37
7
R
37
7
C301C301
C354C354
R
32
1
R
32
1
R
36
4
R
36
4
R389R389
C762C762
C375C375
R
36
0
R
36
0
C308C308
C332C332
C759C759 C167C167
R
39
4
R
39
4
C302C302
IC108IC108
NC1
GND2
VSENSE3
VREF4 VDDQ 5
AVIN 6
PVIN 7
VTT 8
R
32
5
R
32
5
R
37
5
R
37
5
C335C335
C349C349
C319C319
R
38
3
R
38
3
R
37
4
R
37
4
C327C327
R
36
9
R
36
9
R
39
9
R
39
9
R357R357
[MDSD32M16B]
IC302
[MDSD32M16B]
IC302
A0
M
8
A1
M
3
A2
M
7
A3
N
2
A4
N
8
A5
N
3
A6
N
7
A7
P2
A8
P8
A9
P3
A1
0/
AP
M
2
A1
1
P7
A1
2
R
2
N
C
1
R
8
N
C
2
R
3
N
C
3
R
7
BA0 L2
BA1 L3
BA2 L1
/CK K8
CK J8
CKE K2
/C
S
L8
/RAS K7
/CAS L7
/WE K3
LD
M
F3
UDMB3
LD
Q
S
F7
/L
D
Q
S
E8
UDQSB7
/UDQSA8 ODT K9
D
Q
0
G
8
D
Q
1
G
2
DQ2 H7
DQ3 H3
DQ4 H1
DQ5 H9
D
Q
6
F1
D
Q
7
F9
DQ8C8
DQ9C2
D
Q
10
D
7
DQ11D3
DQ12D1
D
Q
13
D
9
DQ14B1
DQ15B9
NC4A2
N
C
5
E2
[VREF] J2
[VDDQ]A9
[VDDQ]C1
[VDDQ]C3
[VDDQ]C7
[VDDQ]C9
[V
D
D
Q
]
E9
[V
D
D
Q
]
G
1
[V
D
D
Q
]
G
3
[V
D
D
Q
]
G
7
[V
D
D
Q
]
G
9
[VDD]A1
[V
D
D
]
E1
[VDD] J9
[V
D
D
]
M
9
[V
D
D
]
R
1
[VDDL] J1
[VSSQ]A7
[VSSQ]B2
[VSSQ]B8
[VSSQ]D2
[V
SS
Q
]
D
8
[V
SS
Q
]
E7
[V
SS
Q
]
F2
[V
SS
Q
]
F8
[VSSQ] H2
[VSSQ] H8
[VSS]A3
[V
SS
]
E3
[VSS] J3
[V
SS
]
N
1
[V
SS
]
P9
[VSSDL] J7
R
36
5
R
36
5
R
38
1
R
38
1
R
32
6
R
32
6
C329C329
R
32
2
R
32
2
C368C368
C771C771
BD508BD508
R372_DER372_DE
C376C376
C317C317
R
36
1
R
36
1
C314C314
C348C348
C767C767
C362C362
C379C379
R
37
0
R
37
0
C316C316
C763C763
R388R388
C169C169
C351C351
C765C765
R
38
2
R
38
2
R
37
3
R
37
3
R
37
6
R
37
6
R
32
3
R
32
3
BD509BD509
C344C344 C341C341
R
36
6
R
36
6
R
37
8
R
37
8
[MDSD32M16B]
IC301
[MDSD32M16B]
IC301
A0
M
8
A1
M
3
A2
M
7
A3
N
2
A4
N
8
A5
N
3
A6
N
7
A7
P2
A8
P8
A9
P3
A1
0/
AP
M
2
A1
1
P7
A1
2
R
2
N
C
1
R
8
N
C
2
R
3
N
C
3
R
7
BA0 L2
BA1 L3
BA2 L1
/CK K8
CK J8
CKE K2
/C
S
L8
/RAS K7
/CAS L7
/WE K3
LD
M
F3
UDMB3
LD
Q
S
F7
/L
D
Q
S
E8
UDQSB7
/UDQSA8 ODT K9
D
Q
0
G
8
D
Q
1
G
2
DQ2 H7
DQ3 H3
DQ4 H1
DQ5 H9
D
Q
6
F1
D
Q
7
F9
DQ8C8
DQ9C2
D
Q
10
D
7
DQ11D3
DQ12D1
D
Q
13
D
9
DQ14B1
DQ15B9
NC4A2
N
C
5
E2
[VREF] J2
[VDDQ]A9
[VDDQ]C1
[VDDQ]C3
[VDDQ]C7
[VDDQ]C9
[V
D
D
Q
]
E9
[V
D
D
Q
]
G
1
[V
D
D
Q
]
G
3
[V
D
D
Q
]
G
7
[V
D
D
Q
]
G
9
[VDD]A1
[V
D
D
]
E1
[VDD] J9
[V
D
D
]
M
9
[V
D
D
]
R
1
[VDDL] J1
[VSSQ]A7
[VSSQ]B2
[VSSQ]B8
[VSSQ]D2
[V
SS
Q
]
D
8
[V
SS
Q
]
E7
[V
SS
Q
]
F2
[V
SS
Q
]
F8
[VSSQ] H2
[VSSQ] H8
[VSS]A3
[V
SS]
E3
[VSS] J3
[V
SS
]
N
1
[V
SS
]
P9
[VSSDL] J7 C773C773
R
36
2
R
36
2
R
38
4
R
38
4
C760C760
R387R387
R
35
8
R
35
8
C370C370
R
37
9
R
37
9
R
31
9
R
31
9
R
39
5
R
39
5
C303C303
C331C331
C360C360
C304C304C305C305
C340C340
C306C306
C364C364
R
37
1
R
37
1
R
39
7
R
39
7
FRCIC500A FRCIC500A
DRAM_A0AA9
DRAM_A1AB8
DRAM_A2AA8
DRAM_A3Y9
DRAM_A4Y8
DRAM_A5AA7
DRAM_A6Y7
DRAM_A7AA14
DRAM_A8Y14
DRAM_A9Y15
DRAM_A10AA15
DRAM_A11AA16
DRAM_A12Y16
DRAM_BA0AA11
DRAM_BA1Y11
DRAM_BA2Y10
DRAM_CAS_NY13
DRAM_CKAA10
DRAM_CK_NAB10
DRAM_CKEY12
DRAM_CS_NAB12
DRAM_DM0Y20
DRAM_DM1Y19
DRAM_DM2AB1
DRAM_DM3Y2
DRAM_DQ0V20
DRAM_DQ1Y17
DRAM_DQ10AB21
DRAM_DQ11AA19
DRAM_DQ12Y18
DRAM_DQ13W21
DRAM_DQ14AB18
DRAM_DQ15Y21
DRAM_DQ16AB2
DRAM_DQ17V2
DRAM_DQ18AA2
DRAM_DQ19 V3
DRAM_DQ20 U1
DRAM_DQ21 AB6
DRAM_DQ22 W3
DRAM_DQ23 AA6
DRAM_DQ24 Y5
DRAM_DQ25 W2
DRAM_DQ26 Y4
DRAM_DQ27 AA1
DRAM_DQ28 W1
DRAM_DQ29 Y6
DRAM_DQ30 Y1
DRAM_DQ31 AA5
DRAM_DQ2 V21
DRAM_DQ3 AA20
DRAM_DQ4 AB16
DRAM_DQ5 U21
DRAM_DQ6 AA17
DRAM_DQ7 W22
DRAM_DQ8 W20
DRAM_DQ9 AA18
DRAM_DQS0 AB20
DRAM_DQS1 AB22
DRAM_DQS2 Y3
DRAM_DQS3 AA4
DRAM_DQS0_N AA21
DRAM_DQS1_N AA22
DRAM_DQS2_N AA3
DRAM_DQS3_N AB4
DRAM_ODT AA12
DRAM_RAS_N AB14
DRAM_WE_N AA13
DRAM_TEST_ANALOG W5
DRAM_TEST_D1 W6
DRAM_TEST_D2 W7
R
38
5
R
38
5
U2839U2839
R391R391
C313C313
C325C325
C772C772
R
32
4
R
32
4
C352C352
R
36
7
R
36
7
C170C170
R
38
0
R
38
0
R
32
0
R
32
0
R
38
6
R
38
6
R
31
7
R
31
7
R
36
3
R
36
3
C309C309
R
35
9
R
35
9
U2840U2840
R390R390
R
31
8
R
31
8
C168C168
5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
VDD_V1D2_S
T1
_L
V
P
[0
..2
]
T1
_R
V
N
[0
..2
]
T1
_R
V
P
[0
..2
]
V3D3
T1
_L
V
N
[0
..2
]
GND
T1
_R
V
N
[4
..6
]
R
X
IN
A
P
1
T1
_R
V
N
1
R
X
IN
A
N
2
R
X
IN
A
P
2
R
X
IN
C
P
[0
..4
]
T1
_R
V
P
1
R
X
C
LK
A
N
R
X
C
LK
A
P
R
X
IN
A
N
3
AGBSEN
VDD_V1D2_S
R
X
IN
A
P
3
T1
_R
V
P
0
LVDSORD
R
X
IN
C
P
0
T1
_R
V
P
[4
..6
]
R
X
IN
C
N
1
R
X
IN
C
P
1
R
X
IN
C
N
2
R
X
IN
C
P
2
R
X
C
LK
C
N
R
X
C
LK
C
P
T1_RVN6
R
X
IN
C
N
3
R
X
IN
C
P
3
T1_RVP6
T1_RVN5
T1_RVP5
T1_RVN4
XPOL_S
T1_RVP4
YDIO_S
VDD_V3D3_S
INSCL_S
VDD_V3D3_S
VDD_V3D3_S
YCLK_S
VDD_V3D3_S
VDD_V3D3_S
YOE_S
VDD_V1D2_S
R
X
IN
C
N
0
RST
V3D3
YV1C_S
R
X
IN
A
P
[0
..4
]
T1
_R
V
N
0
R
X
IN
A
N
[0
..4
]
T1
_L
V
C
LK
P
EXSCL
T1
_L
V
C
LK
N
GND
VDD_V3D3_S
EXSDA
T1
_L
V
N
2
VDD_V1D2_S
T1
_L
V
P
2
VDD_V1D2_S
VDD_V1D2_S
T1
_L
V
N
1
VDD_V1D2_S
T1
_L
V
P
1
VDD_V1D2_S
T1
_L
V
P
0
T1
_L
V
P
[4
..6
]
VDD_V3D3_S
T1
_L
V
N
[4
..6
]
T1
_L
V
N
6
XSTB_S
VDD_V3D3_S
T1
_R
V
C
LK
P
R
X
IN
C
N
[0
..4
]
T1
_L
V
N
5
T1
_R
V
C
LK
N
T1
_L
V
P
5
T1
_L
V
N
4
T1
_L
V
P
4
INSDA_S
EPWP_S
V1D2
R
X
IN
A
N
0
T1
_R
V
N
2
R
X
IN
A
N
1
ODEN_S
R
X
IN
A
P
0
T1
_R
V
P
2
VDD_V3D3_S
T1
_L
V
N
0
T1
_L
V
P
6
R
X
IN
A
N
4
R
X
IN
A
P
4
R
X
IN
C
N
4
R
X
IN
C
P
4
OSCSEL_S
YOE4_S
YOE3_S
R
X
IN
A
N
[0
..4
]
GND
R
X
IN
A
P
[0
..4
]
R
X
C
LK
A
N
R
X
C
LK
A
P
R
X
C
LK
C
N
R
X
C
LK
C
P
R
X
IN
C
N
[0
..4
]
R
X
IN
C
P
[0
..4
]
LVDSORD
AGBSEN
EXSDA
EXSCL
V1D2
V3D3
YV1C_S
XSTB_S
XPOL_S
YOE_S
YCLK_S
YDIO_S
T1
_R
V
P
[0
..2
]
T1
_R
V
N
[0
..2
]
T1
_L
V
P
[4
..6
]
T1
_L
V
N
[4
..6
]
T1
_R
V
C
LK
P
T1
_R
V
C
LK
N
T1
_L
V
C
LK
N
T1
_l
V
C
LK
P
T1
_L
V
P
[0
..2
]
T1
_L
V
N
[0
..2
]
T1
_R
V
N
[4
..6
]
T1
_R
V
P
[4
..6
]
RST
XIN_S
YOE4_S
YOE3_S
Model Name
Size Document Number Rev
Date: Sheet of
T315HW02 V3 Tcom\MEMC Board EC02Custom
1 10Wednesday, October 01, 2008
友達光電電視顯示器產品研發處
Tcom(Slave)
T315HW02 V3 Tcom MEMC Board
<Variant Name>
Model Name
Size Document Number Rev
Date: Sheet of
T315HW02 V3 Tcom\MEMC Board EC02Custom
1 10Wednesday, October 01, 2008
友達光電電視顯示器產品研發處
Tcom(Slave)
T315HW02 V3 Tcom MEMC Board
<Variant Name>
Model Name
Size Document Number Rev
Date: Sheet of
T315HW02 V3 Tcom\MEMC Board EC02Custom
1 10Wednesday, October 01, 2008
友達光電電視顯示器產品研發處
Tcom(Slave)
T315HW02 V3 Tcom MEMC Board
<Variant Name>
For KME use
Close to U300
Closed to pin8 of U301
Close to U300
Closed to pin117 of U300
Closed to pin127 of U300
Closed to pin33 of U300
Closed to pin65 of U300
NC Closed to pin56 of U300
Data Mapping Setting Table
PIX_SFT_EN
MODE41
FRVS1
FRVS2
BRVS
CHPXF
CHPXB
CHFB
CHML
CHRB
CHPN
0
0
0
0
0
0
0
1
When ODEN is low or OPEN,
OD_EN(Internal Register )
0 : OD disable
1 : OD enable
When ODEN is high,
OD_EN(Internal Register )
0 : OD enable
1 : OD disable
On Bottom Layer
NC
1
0
1
120HZ
T1
NC
NC NC
NC
NC
NC
Y0301Y0301 1
4
2
3
RN0301RN0301
1
3
2
4
C0309C0309
C0320C0320
IN
S
C
L_
S
IN
S
C
L_
S
P
A
D
1
C0304C0304
R0313R0313
RN0300RN0300
1
3
2
4
R0311R0311
R0302R0302
AUO12401 K1
U0300
AUO12401 K1
U0300
R
X
IN
O
0N
1
R
X
IN
O
0P
2
R
X
IN
O
1N
3
R
X
IN
O
0P
4
R
X
IN
O
2N
5
R
X
IN
O
2P
6
V
D
D
L
7
G
N
D
8
R
X
C
LK
O
N
9
R
X
C
LK
O
P
10
R
X
IN
O
3N
11
R
X
IN
O
3P
12
R
X
IN
O
4N
13
R
X
IN
O
4P
14
V
D
D
L
15
G
N
D
16
V
D
D
C
12
17
V
D
D
C
12
18
G
N
D
19
R
X
IN
E
0N
20
R
X
IN
E
0P
21
R
X
IN
E
1N
22
R
X
IN
E
1P
23
R
X
IN
E
2N
24
R
X
IN
E
2P
25
V
D
D
L
26
R
X
C
LK
E
N
27
R
X
C
LK
E
P
28
R
X
IN
E
3N
29
R
X
IN
E
3P
30
R
X
IN
E
4N
31
R
X
IN
E
4P
32
TEST 64
SWAPL 63
GOAEN 62
SPDEN 61
DCREN 60
ODEN 59
AGBSEN 58
LVDSORD 57
VDDIO 56
GND 55
VDDC12 54
VSEL 53
XSTB 52
XBDO 51
XPOL 50
YDIO 49
YCLK 48
YOE1 47
YOE2 46
VDDIO 45
GND 44
YOE3 43
YOE4 42
YV1C 41
GND 40
VDDC12 39
RSTN 38
INSDA 37
INSCL 36
EPWP 35
EXSDA 34
EXSCL 33
R
V
2N
96
R
V
2P
95
G
N
D
94
V
D
D
M
93
R
V
1N
92
R
V
1P
91
R
V
0N
90
R
V
0P
89
LV
7N
88
LV
7P
87
LV
6N
86
LV
6P
85
G
N
D
84
V
D
D
M
83
LV
5N
82
LV
5P
81
LV
4N
80
LV
4P
79
G
N
D
78
V
D
D
C
12
77
LV
C
LK
N
76
LV
C
LK
P
75
LV
3N
74
LV
3P
73
LV
2N
72
LV
2P
71
G
N
D
70
V
D
D
M
69
LV
1N
68
LV
1P
67
LV
0N
66
LV
0P
65
PV3P97
RV3N98
VDDWR99
PFCAP100
RVCLKP101
RVCLKN102
RV4P103
RV4N104
RV5P105
RV5N106
VDDM107
GND108
RV6P109
RV6N110
RV7P111
RV7N112
GND113
RMLVDS114
VDDIO115
REXT116
VDDC12117
VDDC12118
GND119
GND121
GND122
VDDIO123
GND124
PWM125
OSCSEL126
XIN127
XOUT128
VDDIO120
G
1
G
1
R0305R0305
L0300L0300
C0319C0319
C0313C0313
C0316C0316
XOUT_SXOUT_S
PAD 1
C0301C0301
XIN_SXIN_S PAD
1
L0301L0301
C0303C0303
C0315C0315
R0312R0312
C0302C0302
C0328C0328
C0311C0311
C0325C0325
C0323C0323
C0321C0321
R0303R0303
V
C
C
E
_S
V
C
C
E
_S
P
A
D
1
U0301U0301
A0 1
A1 2
A2 3
GND 4SDA5
SCL6
WP7
VCC8
IN
S
D
A
_S
IN
S
D
A
_S
P
A
D
1
R0306R0306
R0301R0301
R0304R0304
C0327C0327
R0309R0309
C0307C0307
C0317C0317
R0310R0310
R0342R0342
C0310C0310
C0306C0306
C0322C0322
R0308R0308
C0308C0308
C0324C0324
D0300D0300
C0305C0305
G
N
D
E
_S
G
N
D
E
_S
P
A
D
1
C0330C0330
E
P
W
P
_S
E
P
W
P
_S
P
A
D
1
C0314C0314
L0302L0302
C0326C0326
C0312C0312
5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
LV
D
S
_S
C
L
R
xI
N
N
0
R
xC
LK
N
R
xI
N
N
3
V
IN
R
xI
N
N
1
R
xI
N
P
1
LV
D
S
_S
D
A
A
G
M
O
D
E
N
R
xC
LK
P
R
xI
N
P
2
R
xI
N
N
2
R
xI
N
P
3
R
xC
LK
N
R
xI
N
P
0
V
1D
8
R
xC
LK
P
LV
D
S
O
R
D
V1
2
V1D8
Y
V
1C
V3
D
3
M
LV
B
C
LK
N
X
1S
TB
1
Y
O
E
Y
O
E
P
O
L
M
LV
FC
LK
N
E
X
S
D
A
E
X
S
C
L
Y
C
LK
Y
C
LK
Y
D
IO
Y
D
IO
M
LV
B
C
LK
P
R
xI
N
P
0
LV
D
S
R
xI
N
N
1
R
xI
N
P
1
R
xI
N
N
2
R
xI
N
P
2
R
xC
LK
N
R
xC
LK
P
R
xI
N
N
3
R
xI
N
P
3
LV
D
S
_S
C
L
LV
D
S
_S
D
A
R
xI
N
N
[0
..3
]
A
G
IN
G
A
V
D
D
X2DIO2
V
3D
3
M
LV
FC
LK
N
MLVFCLKN
X5DIO1
R
E
S
2
M
LV
FC
LK
N
P
O
L
M
LV
FP
[0
..5
]
R
E
S
1
RES1
M
LV
B
C
LK
N
M
LV
FN
[0
..5
]
R
E
S
2
RES2
M
LV
B
C
LK
P
A
V
D
D
AVDD
A
V
D
D
M
LV
FC
LK
P
MLVFCLKP
V
3D
3
A
V
D
D
MLV
FC
LK
N
MLVFCLKN
X1DIO2
R
E
S
1
R
E
S
2
R
E
S
2
P
O
L
V
C
O
M
A
V
D
D
R
E
S
1 X6DIO1
MLVBCLKP
RES1
M
LV
FN
[0
..5
]
M
LV
B
C
LK
P
V
C
O
M
VCOM
M
LV
FP
[0
..5
]
M
LV
B
C
LK
P
MLVBCLKP
A
V
D
D
Y
O
E
_O
MLVBCLKN
V
3D
3
R
E
S
2_
O
RES2_O
V
C
O
M
M
LV
B
C
LK
N
R
E
S
2
M
LV
B
C
LK
N
MLVBCLKN
Y
C
LK
_O
R
E
S
1_
O
RES1_O
R
E
S
1
V
3D
3
RES2
R
E
S
2
VCOM
V
C
O
M
R
E
S
2
RES1
R
E
S
1
A
V
D
D
X
1S
TB
1
VCOM
RES2
VCOM
RES1
V3D3
V
C
O
M
R
E
S
2
VCOM
V
C
O
M
M
LV
FC
LK
P
M
LV
FP
[0
..5
]
MLVFP[0..5]
M
LV
FN
[0
..5
]
MLVFN[0..5]
AVDD
R
E
S
1
M
LV
FC
LK
P
MLVFCLKP
P
O
L
V
G
H
C
V
G
L
MLVFP[0..5]
MLVFN[0..5]
M
LV
FN
[0
..5
]
RES2
M
LV
B
C
LK
P
M
LV
B
C
LK
N
V
G
L
V
G
L
M
LV
FP
[0
..5
]
M
LV
FC
LK
P
POL
V
3D
3
R
E
S
1
R
E
S
1
R
E
S
1
A
G
M
O
D
E
N
Y
D
IO
_O
V
G
H
C
V
G
H
C
Y
O
E
_O
YOE_O
YC
LK_O
Y
D
IO
_O
YCLK_O
YDIO_O
R
xI
N
P
[0
..3
]
VGMA[1..18]
V
G
M
A
[1
..1
8]
VGMA[1..18]
V
G
M
A
[1
..1
8]
V
G
M
A
[1
..1
8]
V
G
M
A
[1
..1
8]
V
G
M
A
[1
..1
8]
VGMA[1..18]
V
G
M
A
[1
..1
8]
M
LV
B
P
[0
..5
]
M
LV
B
P
[0
..5
]
M
LV
B
P
[0
..5
]
M
LV
B
N
[0
..5
]
M
LV
B
N
[0
..5
]
M
LV
B
N
[0
..5
]
V3D3 V3D3
VIN_B
R
xI
N
N
0
P
O
L
P
O
L
P
O
LO
D
LY
1
O
D
LY
0
O
D
LY
0
O
D
LY
1
O
D
LY
0
O
D
LY
1
O
D
LY
0
VCOMF2
VCOM
V
3D
3
O
D
LY
1
O
D
LY
0
O
D
LY
1
O
D
LY
0
POL
X1STB1
V3D3V3D3
LVDS
VGMA1
REF_F1
VIN
LV
D
S
_S
D
A
LV
D
S
_S
C
L
W
P
E
X
W
P
W
P
A
G
M
O
D
E
N
R
xI
N
N
0
R
xI
N
P
0
R
xI
N
N
1
R
xI
N
P
1
R
xI
N
P
2
R
xI
N
N
2
R
xC
LK
N
R
xC
LK
P
R
xI
N
N
3
R
xI
N
P
3
LV
D
S
W
PV
IN
V
IN
V
IN
V
IN
V
IN
V3D3
AVDD
AVDD
V3D3
AVDD
AVDD
AVDD
Model Name
Size Document Number Rev
Date: Sheet of
TOP EC02Custom
1 1Tuesday, September 30, 2008
T315XW02 VVK0 CBSB
<Core Design>
Model Name
Size Document Number Rev
Date: Sheet of
TOP EC02Custom
1 1Tuesday, September 30, 2008
T315XW02 VVK0 CBSB
<Core Design>
Model Name
Size Document Number Rev
Date: Sheet of
TOP EC02Custom
1 1Tuesday, September 30, 2008
T315XW02 VVK0 CBSB
<Core Design>
LVDS Option:H(3.3V) --> JEDIA, 
L(GND),NC(OPEN) --> NS
AGMODEN Option: L(0V),NC(OPEN) --> Normal 
 H(3.3V) --> Auto Run
NC
Please put the device near X4
NC
NC
NC
NC
NC
NC
NC
NC
NC
C473, C474,C475 put closed to X1
C471, C472 put closed to X1
NC NC
+
-
U7A
OP1234
+
-
U7A
OP1234
3
2
1
4
11
VR1
VAR
VR1
VAR
1
3
2
C474
CAP
C474
CAP
C3
CAP
C3
CAP
YOEYOE
P
A
D
1
R35
R
R35
R
R38
R
R38
R
R21
R
R21
R
J1
CON30AG
J1
CON30AG
1
1
2
2
3
3
4
4
5
5
6
6
7
7
8
8
9
9
10
10
11
11
12
12
13
13
14
14
15
15
16
16
17
17
18
18
19
19
20
20
21
21
22
22
23
23
24
24
25
25
26
26
27
27
28
28
29
29
30
30
G
1
G
1
G
2
G
2
R422
R
R422
R
R420
R
R420
R
C473
CAP
C473
CAP
C470
CAP
C470
CAP
A
G
M
O
D
E
N
A
G
M
O
D
E
N
P
A
D
1
E
X
_S
D
A
E
X
_S
D
A
P
A
D
1
POLPOL
P
A
D
1
Gamma
<Value>
AVDD
G
N
D
VGMA[1..18]
H1
HOLE
H1
HOLE
1
R
X
IN
N
3
R
X
IN
N
3
P
A
D
1
R
ES
2_
O
R
ES
2_
O
P
A
D
1
+
-
U7C
OP1234
+
-
U7C
OP1234
10
9
8
4
11
R
ES
2
R
ES
2
P
A
D
1
<Value>
Tcon
R
xI
N
P
[0
..3
]
R
xC
LK
N
R
xC
LK
P
A
G
M
O
D
E
N
LV
D
S
O
R
D
E
X
S
D
A
E
X
S
C
L
V
3D
3
GND
X
1S
TB
1
Y
D
IO
U
P
O
L
Y
C
LK
Y
V
1C
V
1D
8
Y
O
E
M
LV
B
C
LK
N
M
LV
B
C
LK
P
M
LV
B
N
[0
..5
]
M
LV
B
P
[0
..5
]
M
LV
FN
[0
..5
]
M
LV
FP
[0
..5
]
M
LV
FC
LK
P
M
LV
FC
LK
N
R
xI
N
N
[0
..3
]
E
X
W
P
<Value>
X4 Block
V
G
M
A
[1
..1
8]
M
LV
B
P
[0
..5
]
M
LV
B
N
[0
..5
]
M
LV
B
C
LK
P
M
LV
B
C
LK
N
P
O
L
X
4S
TB
1
X
4S
TB
2
X
4D
IO
1
X
4D
IO
2
C
S
1
S
E
L2
V
C
O
M
V
3D
3
A
V
D
D
R
E
S
1
R
E
S
2
P
W
R
C
G
N
D
O
D
LY
0
O
D
LY
1
R421
R
R421
R
R426
R
R426
R
R432
R
R432
R
R443
R
R443
R
<Value>
X6 Block
V
G
M
A
[1
..1
8]
M
LV
B
P
[0
..5
]
M
LV
B
N
[0
..5
]
M
LV
B
C
LK
P
M
LV
B
C
LK
N
P
O
L
X
6S
TB
1
X
6D
IO
1
C
S
1
S
E
L2
V
C
O
M
V
3D
3
A
V
D
D
R
E
S
1
R
E
S
2
P
W
R
C
G
N
D
O
D
LY
0
O
D
LY
1
R33
R
R33
R
R431
R
R431
R
R
X
C
LK
P
R
X
C
LK
P
P
A
D
1
R30
R
R30
R
R37
R
R37
R
C471
CAP
C471
CAP
B1
INDUCTOR
B1
INDUCTOR
X1STB1X1STB1
P
A
D
1
C472
CAP
C472
CAP
R22
R
R22
R
R
X
IN
P
3
R
X
IN
P
3
P
A
D
1
R29
R
R29
R
R
X
IN
P
0
R
X
IN
P
0
P
A
D
1
R
X
C
LK
N
R
X
C
LK
N
P
A
D
1
R23
R
R23
R
D1
DIODE ZENER_0
D1
DIODE ZENER_0
R424
R
R424
R
R
ES
1_
O
R
ES
1_
O
P
A
D
1
+
-U7D
OP1234
+
-U7D
OP1234
12
13
14
4
11
F1
FUSE
F1
FUSE
LV
D
S
_I
N
LV
D
S
_I
N
P
A
D
1
C469
CAP
C469
CAP
R
X
IN
P
2
R
X
IN
P
2
P
A
D
1
DC_DC
<Value>
G
N
D
V
12
V
3D
3
A
V
D
D
V
G
H
C
V
G
L
YV1C
V1D8
H2
HOLE
H2
HOLE
1
R39
R
R39
R
R423
R
R423
R
R
X
IN
N
1
R
X
IN
N
1
P
A
D
1
R
X
IN
N
2
R
X
IN
N
2
P
A
D
1
C2
CAP
C2
CAP
+
-
U7B
OP1234
+
-
U7B
OP1234
5
6
7
4
11
VCOMVCOM
P
A
D
1
YCLKYCLK
P
A
D
1
Dummy Pad
<Value>
G
N
D
D10
DIODE
D10
DIODE
R
ES
1
R
ES
1
P
A
D
1
R40
R
R40
R
X3 Block
<Value>
V
G
M
A
[1
..1
8]
M
LV
FP
[0
..5
]
M
LV
FN
[0
..5
]
M
LV
FC
LK
P
M
LV
FC
LK
N
P
O
L
X
3S
TB
1
X
3S
TB
2
X
3D
IO
1
C
S
1
S
E
L2
V
C
O
M
V
3D
3
A
V
D
D
R
E
S
1
R
E
S
2
S
H
L_
F
P
W
R
C
G
N
D
X
3D
IO
2
O
D
LY
0
O
D
LY
1
C475
CAP
C475
CAP
VCOM_1VCOM_1
P
A
D
1
H3
HOLE
H3
HOLE
1
R32
R
R32
R
C468
CAP
C468
CAP
R
X
IN
N
0
R
X
IN
N
0
P
A
D
1
R28
R
R28
R
R27
R
R27
R
X1 Block
<Value>
V
G
M
A
[1
..1
8]
M
LV
FP
[0
..5
]
M
LV
FN
[0
..5
]
M
LV
FC
LK
P
M
LV
FC
LK
N
P
O
L
X
1S
TB
1
X
1S
TB
2
X
1D
IO
2
C
S
1
S
E
L2
Y
O
E
_O
Y
C
LK
_O
Y
D
IO
_O
V
G
L
V
G
H
C
V
C
O
M
V
3D
3
A
V
D
D
R
E
S
1
R
E
S
2
R
E
S
1_
O
R
E
S
2_
O
S
H
L_
F
P
W
R
C
G
N
D
O
D
LY
0
O
D
LY
1
X2 Block
<Value>
V
G
M
A
[1
..1
8]
M
LV
FP
[0
..5
]
M
LV
FN
[0
..5
]
M
LV
FC
LK
P
M
LV
FC
LK
N
P
O
L
X
2S
TB
1
X
2S
TB
2
X
2D
IO
1
X
2D
IO
2
C
S
1
S
E
L2
V
C
O
M
V
3D
3
A
V
D
D
R
E
S
1
R
E
S
2
S
H
L_
F
P
W
R
C
G
N
D
O
D
LY
0
O
D
LY
1
E
X
_S
C
L
E
X
_S
C
L
P
A
D
1
R25
R
R25
R
C5
CAP
C5
CAP
X5 Block
<Value>
V
G
M
A
[1
..1
8]
M
LV
B
P
[0
..5
]
M
LV
B
N
[0
..5
]
M
LV
B
C
LK
P
M
LV
B
C
LK
N
P
O
L
X
5S
TB
1
X
5S
TB
2
X
5D
IO
1
X
5D
IO
2
C
S
1
S
E
L2
V
C
O
M
V
3D
3
A
V
D
D
R
E
S
1
R
E
S
2
P
W
R
C
G
N
D
O
D
LY
0
O
D
LY
1
W
P
W
P
P
A
D
1
C1
CAP
C1
CAP
R430
R
R430
R
V
IN
_1
2V
V
IN
_1
2V
P
A
D
1
YDIOYDIO
P
A
D
1
R24
R
R24
R
R36
R
R36
R
R34
R
R34
R
C4
CAP
C4
CAP
R
X
IN
P
1
R
X
IN
P
1
P
A
D
1
R425
R
R425
R
R31
R
R31
R
5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
GND
M
LV
BN
[0
..5
]
X5
D
IO
1
M
LV
BC
LK
P
VG
M
A9
VC
O
M
AV
D
D
M
LV
BP
5
M
LV
BN
5
M
LV
BN
4
M
LV
BP
4
VC
O
M
M
LV
BC
LK
N
M
LV
BN
3
M
LV
BP
3
VCOM
M
LV
BP
2
AV
D
D
VG
M
A1
0
M
LV
BP
1
R
ES
2
VG
M
A1
1
M
LV
BP
0
V3
D
3
SE
L2
VG
M
A1
2
R
ES
1
VG
M
A1
3
VG
M
A1
4
V3
D
3
V3D3
AV
D
D
M
LV
BN
2
C
S1
M
LV
BN
1
X5
D
IO
2
M
LV
BN
0
VG
M
A1
VG
M
A1
8
AVDD
V3
D
3
X5
ST
B2
VG
M
A5
V3
D
3
VG
M
A6
AV
D
D
M
LV
BP
[0
..5
]
VG
M
A7
X5
ST
B1
VG
M
A8
PW
R
C
PO
L
VGMA[1..18]
VG
M
A4
VG
M
A1
5
R
ES
1
R
ES
2
GND
PW
R
C
X5
ST
B1
M
LV
BC
LK
P
PO
L
M
LV
BC
LK
N
V3D3
AVDD
C
S1
M
LV
BN
[0
..5
]
X5
ST
B2
M
LV
BP
[0
..5
]
VCOM
X5
D
IO
1
X5
D
IO
2
SE
L2
VGMA[1..18]
O
D
LY
1
O
D
LY
0
AVDD VCOM V3D3
Model Name
Size Document Number Rev
Date: Sheet of
X5 COF EC00Custom
1 1Tuesday, September 30, 2008
T315XW02 VQT XPCB<Variant Name>
Model Name
Size Document Number Rev
Date: Sheet of
X5 COF EC00Custom
1 1Tuesday, September 30, 2008
T315XW02 VQT XPCB
<Variant Name>
Model Name
Size Document Number Rev
Date: Sheet of
X5 COF EC00Custom
1 1Tuesday, September 30, 2008
T315XW02 VQT XPCB
<Variant Name>
VD
D
VC
OM RV
2N
YO
E1
RD
IO
2
LV
1N
VG
MA
13
BD
O
RV
2P
LV
1P
LD
IO
2
VG
MA
14
RP
O1 VG
MA
15
RP
O2 G
ND
RP
O3
CA
SE
RP
O3 LV
0P
LV
0N
RP
O2
ST
B1
VG
MA
16
GN
D
RP
O1
D_
CA
SE
VG
MA
18
VG
MA
21
VG
MA
20
VG
MA
19
YO
E1 PO
L
VG
MA
17
VG
MA
22
RV
1N
GN
D
U_
DL RV
1P
RV
0N
Du
mm
y
VD
D
VC
OM
RV
0P CS
0
Du
mm
y
GN
DA
VB
OT
SE
L1 CS
1
SE
L2
OD
LY
0
VT
OP
OD
LY
1
Re
sc
ue
2
Re
sc
ue
3
DU
AL
RC
LK
P
OD
LY
2
Dv
se
l
RC
LK
N
VD
DA
DA
TA
PO
L
LC
LK
N
LC
LK
P
YC
LK VC
OM
PW
RC
YD
IO
VG
MA
1
VD
D
Du
mm
y
SH
L
Du
mm
y
GN
D
VG
HC
VG
MA
2
D_
ST
B
VG
MA
3
VC
C
VG
L
VG
MA
4
GN
DA
VG
MA
5
GN
DA
GN
D
GN
D
GN
D
VG
MA
6
Du
mm
y
VB
OT
VD
DA
VG
L
VG
MA
8
VG
MA
7
VT
OP
VG
MA
12
VG
MA
9
Du
mm
y
VG
HC VD
DA
VC
C
VG
MA
10
VC
OM YD
IOGN
D
GN
D
GN
D
VG
MA
11
Re
sc
ue
1
LD
IO
1
YC
LK
ST
B2
GN
DA
RD
IO
1
U_
DL
VD
DA
LV
2N
VD
D
LV
2P
C462
CAP
C462
CAP
X5TEST2X5TEST2
1
2
X5TEST1X5TEST1
1
2
C464
CAP
C464
CAP
C463
CAP
C463
CAP
X5
TAB133
X5
TAB133
13
2
13
366 65 64 63 62 61 60 59 58 57 56 55 54 53 52 51 50 49 48 47 46 45 44 43 42 41 40 39 38 37 36 35 34 33 32 31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 113
1
13
0
12
9
12
8
12
7
12
6
12
5
12
4
12
3
12
2
12
1
12
0
11
9
11
8
11
7
11
6
11
5
11
4
11
3
11
2
11
1
11
0
10
9
10
8
10
7
10
6
10
5
10
4
10
3
10
2
10
1
10
0 99 98 97 96 95 94 93 92 91 90 89 88 87 86 85 84 83 82 81 80 79 78 77 76 75 74 73 72 71 70 69 68 67
5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
GND
X3
D
IO
1
M
LV
FC
LK
P
VG
M
A9
VC
O
M A
VD
D
M
LV
FP
5
M
LV
FN
5
M
LV
FN
4
M
LV
FP
4
VC
O
M
M
LV
FC
LK
N
M
LV
FN
3
M
LV
FP
3
VCOM
M
LV
FP
2
AV
D
D
VG
M
A1
0
M
LV
FP
1
R
ES
2
VG
M
A1
1
M
LV
FP
0
V3
D
3
SE
L2
VG
M
A1
2
R
ES
1
VG
M
A1
3
VG
M
A1
4
V3
D
3
V3D3
AV
D
D
M
LV
FN
2
C
S1
M
LV
FN
1
X3
D
IO
2
M
LV
FN
0
VG
M
A1
VG
M
A1
8
AVDD
V3
D
3
X3
ST
B2
VG
M
A5
V3
D
3
VG
M
A6
AV
D
D
VG
M
A7
X3
ST
B1
VG
M
A8
PW
R
C
SH
L_
F
PO
L
VGMA[1..18]
M
LV
FN
[0
..5
]
M
LV
FP
[0
..5
]
VG
M
A4
VG
M
A1
5
X3
D
IO
1
PW
R
C
SH
L_
F
X3
ST
B1
M
LV
FC
LK
P
PO
L
M
LV
FC
LK
N
V3D3
AVDD
C
S1 X3
D
IO
2
M
LV
FN
[0
..5
]
X3
ST
B2
M
LV
FP
[0
..5
]
VCOM
GND
R
ES
1
R
ES
2
SE
L2
VGMA[1..18]
O
D
LY
1
O
D
LY
0
AVDD VCOM V3D3
Model Name
Size Document Number Rev
Date: Sheet of
X3 COF EC00Custom
1 1Tuesday, September 30, 2008
T315XW02 VQT XPCB
<Variant Name>
Model Name
Size Document Number Rev
Date: Sheet of
X3 COF EC00Custom
1 1Tuesday, September 30, 2008
T315XW02 VQT XPCB
<Variant Name>
Model Name
Size Document Number Rev
Date: Sheet of
X3 COF EC00Custom
1 1Tuesday, September 30, 2008
T315XW02 VQT XPCB
<Variant Name>
VD
D
VC
OM RV
2N
YO
E1
RD
IO
2
LV
1N
VG
MA
13
BD
O
RV
2P
LV
1P
LD
IO
2
VG
MA
14
RP
O1 VG
MA
15
RP
O2 G
ND
RP
O3
CA
SE
RP
O3 LV
0P
LV
0N
RP
O2
ST
B1
VG
MA
16
GN
D
RP
O1
D_
CA
SE
VG
MA
18
VG
MA
21
VG
MA
20
VG
MA
19
YO
E1 PO
L
VG
MA
17
VG
MA
22
RV
1N
GN
D
U_
DL RV
1P
RV
0N
Du
mm
y
VD
D
VC
OM
RV
0P CS
0
Du
mm
y
GN
DA
VB
OT
SE
L1 CS
1
SE
L2
OD
LY
0
VT
OP
OD
LY
1
Re
sc
ue
2
Re
sc
ue
3
DU
AL
RC
LK
P
OD
LY
2
Dv
se
l
RC
LK
N
VD
DA
DA
TA
PO
L
LC
LK
N
LC
LK
P
YC
LK VC
OM
PW
RC
YD
IO
VG
MA
1
VD
D
Du
mm
y
SH
L
Du
mm
y
GN
D
VG
HC
VG
MA
2
D_
ST
B
VG
MA
3
VC
C
VG
L
VG
MA
4
GN
DA
VG
MA
5
GN
DA
GN
D
GN
D
GN
D
VG
MA
6
Du
mm
y
VB
OT
VD
DA
VG
L
VG
MA
8
VG
MA
7
VT
OP
VG
MA
12
VG
MA
9
Du
mm
y
VG
HC VD
DA
VC
C
VG
MA
10
VC
OM YD
IOGN
D
GN
D
GN
D
VG
MA
11
Re
sc
ue
1
LD
IO
1
YC
LK
ST
B2
GN
DA
RD
IO
1
U_
DL
VD
DA
LV
2N
VD
D
LV
2P
X3TEST1X3TEST1
1
2
X3TEST2X3TEST2
1
2
C456
CAP
C456
CAP
C457
CAP
C457
CAP
X3
TAB133
X3
TAB133
13
2
13
366 65 64 63 62 61 60 59 58 57 56 55 54 53 52 51 50 49 48 47 46 45 44 43 42 41 40 39 38 37 36 35 34 33 32 31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 113
1
13
0
12
9
12
8
12
7
12
6
12
5
12
4
12
3
12
2
12
1
12
0
11
9
11
8
11
7
11
6
11
5
11
4
11
3
11
2
11
1
11
0
10
9
10
8
10
7
10
6
10
5
10
4
10
3
10
2
10
1
10
0 99 98 97 96 95 94 93 92 91 90 89 88 87 86 85 84 83 82 81 80 79 78 77 76 75 74 73 72 71 70 69 68 67
C458
CAP
C458
CAP
5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
X2
D
IO
1
M
LV
FC
LK
P
AV
D
D
VC
O
M
VG
M
A9
M
LV
FN
5
M
LV
FP
5
M
LV
FN
4
M
LV
FP
4
M
LV
FN
3
M
LV
FC
LK
N
VC
O
M
M
LV
FP
3
M
LV
FP
2
VCOM
VG
M
A1
0
AV
D
D
M
LV
FP
1
VG
M
A1
1
R
ES
2
V3
D
3
M
LV
FP
0
VG
M
A1
2
SE
L2
VG
M
A1
3
R
ES
1
VG
M
A1
4
AV
D
D
V3D3
V3
D
3
M
LV
FN
2
C
S1
X2
D
IO
2
M
LV
FN
1
GND
M
LV
FN
0
VG
M
A1
8
VG
M
A1
AVDD
V3
D
3
X2
ST
B2
V3
D
3
VG
M
A5
VG
M
A6
VG
M
A7
M
LV
FP
[0
..5
]
AV
D
D
VG
M
A8
X2
ST
B1
VGMA[1..18]
SH
L_
F
PW
R
C
PO
L
M
LV
FN
[0
..5
]
VG
M
A4
VG
M
A1
5
SE
L2
PW
R
C
M
LV
FC
LK
P
X2
ST
B1
SH
L_
F
M
LV
FC
LK
N
PO
L
V3D3
AVDD
X2
D
IO
2
C
S1
X2
ST
B2
M
LV
FN
[0
..5
]
VCOM
M
LV
FP
[0
..5
]
X2
D
IO
1
R
ES
1
R
ES
2
GND
VGMA[1..18]
O
D
LY
1
O
D
LY
0
AVDD V3D3VCOM
Model Name
Size Document Number Rev
Date: Sheet of
X2 COF EC00Custom
1 1Tuesday, September 30, 2008
T315XW02 VQT XPCB
<Variant Name>
Model Name
Size Document Number Rev
Date: Sheet of
X2 COF EC00Custom
1 1Tuesday, September 30, 2008
T315XW02 VQT XPCB
<Variant Name>
Model Name
Size Document Number Rev
Date: Sheet of
X2 COF EC00Custom
1 1Tuesday, September 30, 2008
T315XW02 VQT XPCB
<Variant Name>
VD
D
VC
OM RV
2N
YO
E1
RD
IO
2
LV
1N
VG
MA
13
BD
O
RV
2P
LV
1P
LD
IO
2
VG
MA
14
RP
O1 VG
MA
15
RP
O2 G
ND
RP
O3
CA
SE
RP
O3 LV
0P
LV
0N
RP
O2
ST
B1
VG
MA
16
GN
D
RP
O1
D_
CA
SE
VG
MA
18
VG
MA
21
VG
MA
20
VG
MA
19
YO
E1 PO
L
VG
MA
17
VG
MA
22
RV
1N
GN
D
U_
DL RV
1P
RV
0N
Du
mm
y
VD
D
VC
OM
RV
0P CS
0
Du
mm
y
GN
DA
VB
OT
SE
L1 CS
1
SE
L2
OD
LY
0
VT
OP
OD
LY
1
Re
sc
ue
2
Re
sc
ue
3
DU
AL
RC
LK
P
OD
LY
2
Dv
se
l
RC
LK
N
VD
DA
DA
TA
PO
L
LC
LK
N
LC
LK
P
YC
LK VC
OM
PW
RC
YD
IO
VG
MA
1
VD
D
Du
mm
y
SH
L
Du
mm
y
GN
D
VG
HC
VG
MA
2
D_
ST
B
VG
MA
3
VC
C
VG
L
VG
MA
4
GN
DA
VG
MA
5
GN
DA
GN
D
GN
D
GN
D
VG
MA
6
Du
mm
y
VB
OT
VD
DA
VG
L
VG
MA
8
VG
MA
7
VT
OP
VG
MA
12
VG
MA
9
Du
mm
y
VG
HC VD
DA
VC
C
VG
MA
10
VC
OM YD
IOGN
D
GN
D
GN
D
VG
MA
11
Re
sc
ue
1
LD
IO
1
YC
LK
ST
B2
GN
DA
RD
IO
1
U_
DL
VD
DA
LV
2N
VD
D
LV
2P
X2
TAB133
X2
TAB133
13
2
13
366 65 64 63 62 61 60 59 58 57 56 55 54 53 52 51 50 49 48 47 46 45 44 43 42 41 40 39 38 37 36 35 34 33 32 31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 113
1
13
0
12
9
12
8
12
7
12
6
12
5
12
4
12
3
12
2
12
1
12
0
11
9
11
8
11
7
11
6
11
5
11
4
11
3
11
2
11
1
11
0
10
9
10
8
10
7
10
6
10
5
10
4
10
3
10
2
10
1
10
0 99 98 97 96 95 94 93 92 91 90 89 88 87 86 85 84 83 82 81 80 79 78 77 76 75 74 73 72 71 70 69 68 67
C455
CAP
C455
CAP
C454
CAP
C454
CAP
C453
CAP
C453
CAP
X2TEST2X2TEST2
1
2
X2TEST1X2TEST1
1
2
5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
X
4D
IO
1
M
LV
B
C
LK
P
V
G
M
A
9
V
C
O
M
A
V
D
D
M
LV
B
P
5
M
LV
B
N
5
M
LV
B
N
4
M
LV
B
P
4
V
C
O
M
M
LV
B
C
LK
N
M
LV
B
N
3
M
LV
B
P
3
VCOM
M
LV
B
P
2
A
V
D
D
V
G
M
A
10
M
LV
B
P
1
GND
R
E
S
2
V
G
M
A
11
M
LV
B
P
0
V
3D
3
S
E
L2
V
G
M
A
12
R
E
S
1
V
G
M
A
13
V
G
M
A
14
V
3D
3
V3D3
A
V
D
D
M
LV
B
N
2
C
S
1
M
LV
B
N
1
X
4D
IO
2
M
LV
B
N
0
V
G
M
A
1
V
G
M
A
18
AVDD
V
3D3
X
4S
TB
2
V
G
M
A
5
V
3D
3
V
G
M
A
6
A
V
D
D
M
LV
B
P
[0
..5
]
V
G
M
A
7
X
4S
TB
1
V
G
M
A
8
P
W
R
C
VGMA[1..18]
P
O
L
M
LV
B
N
[0
..5
]
V
G
M
A
4
V
G
M
A
15
R
E
S
1
P
W
R
C
X
4S
TB
1
M
LV
B
C
LK
P
P
O
L
M
LV
B
C
LK
N
V3D3
AVDD
C
S
1
M
LV
B
N
[0
..5
]
X
4S
TB
2
M
LV
B
P
[0
..5
]
VCOM
X
4D
IO
2
GND
X
4D
IO
1
R
E
S
2
S
E
L2
VGMA[1..18]
O
D
LY
1
O
D
LY
0
AVDD VCOM V3D3
Model Name
Size Document Number Rev
Date: Sheet of
X4 COF EC00Custom
1 1Tuesday, September 30, 2008
T315XW02 VQT XPCB
<Variant Name>
Model Name
Size Document Number Rev
Date: Sheet of
X4 COF EC00Custom
1 1Tuesday, September 30, 2008
T315XW02 VQT XPCB
<Variant Name>
Model Name
Size Document Number Rev
Date: Sheet of
X4 COF EC00Custom
1 1Tuesday, September 30, 2008
T315XW02 VQT XPCB
<Variant Name>
VD
D
VC
OM RV
2N
YO
E1
RD
IO
2
LV
1N
VG
MA
13
BD
O
RV
2P
LV
1P
LD
IO
2
VG
MA
14
RP
O1 VG
MA
15
RP
O2 G
ND
RP
O3
CA
SE
RP
O3 LV
0P
LV
0N
RP
O2
ST
B1
VG
MA
16
GN
D
RP
O1
D_
CA
SE
VG
MA
18
VG
MA
21
VG
MA
20
VG
MA
19
YO
E1 PO
L
VG
MA
17
VG
MA
22
RV
1N
GN
D
U_
DL RV
1P
RV
0N
Du
mm
y
VD
D
VC
OM
RV
0P CS
0
Du
mm
y
GN
DA
VB
OT
SE
L1 CS
1
SE
L2
OD
LY
0
VT
OP
OD
LY
1
Re
sc
ue
2
Re
sc
ue
3
DU
AL
RC
LK
P
OD
LY
2
Dv
se
l
RC
LK
N
VD
DA
DA
TA
PO
L
LC
LK
N
LC
LK
P
YC
LK VC
OM
PW
RC
YD
IO
VG
MA
1
VD
D
Du
mm
y
SH
L
Du
mm
y
GN
D
VG
HC
VG
MA
2
D_
ST
B
VG
MA
3
VC
C
VG
L
VG
MA
4
GN
DA
VG
MA
5
GN
DA
GN
D
GN
D
GN
D
VG
MA
6
Du
mm
y
VB
OT
VD
DA
VG
L
VG
MA
8
VG
MA
7
VT
OP
VG
MA
12
VG
MA
9
Du
mm
y
VG
HC VD
DA
VC
C
VG
MA
10
VC
OM YD
IOGN
D
GN
D
GN
D
VG
MA
11
Re
sc
ue
1
LD
IO
1
YC
LK
ST
B2
GN
DA
RD
IO
1
U_
DL
VD
DA
LV
2N
VD
D
LV
2P
X4TEST1X4TEST1
1
2
C461
CAP
C461
CAP
C459
CAP
C459
CAP
X4TEST2X4TEST2
1
2
C460
CAP
C460
CAP
X4
TAB133
X4
TAB133
13
2
13
366 65 64 63 62 61 60 59 58 57 56 55 54 53 52 51 50 49 48 47 46 45 44 43 42 41 40 39 38 37 36 35 34 33 32 31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 113
1
13
0
12
9
12
8
12
7
12
6
12
5
12
4
12
3
12
2
12
1
12
0
11
9
11
8
11
7
11
6
11
5
11
4
11
3
11
2
11
1
11
0
10
9
10
8
10
7
10
6
10
5
10
4
10
3
10
2
10
1
10
0 99 98 97 96 95 94 93 92 91 90 89 88 87 86 85 84 83 82 81 80 79 78 77 76 75 74 73 72 71 70 69 68 67
5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
AVDD
MLVFP1MLVFN1
MLVFN2 MLVFP2
MLVFN3 MLVFP3
MLVFN4 MLVFP4
MLVFN5 MLVFP5
MLVFP0MLVFN0
M
LV
FC
LK
P
VGMA13
VG
M
A9
VC
O
M M
LV
FP
5
M
LV
FN
5
M
LV
FP
4
MLVFCLKP
VC
O
M
M
LV
FC
LK
N
M
LV
FN
3
M
LV
FP
3
M
LV
FN
4
VCOM
M
LV
FP
2
MLVFCLKN
VG
M
A1
0
VGMA5
VGMA6
M
LV
FP
1
VGMA10
VGMA11
VC
O
M
V3D3
R
ES
2
VG
M
A1
1
M
LV
FP
0
V3
D
3
VGMA1
VGMA14
VGMA7
VGMA8
VGMA9
VG
M
A1
2
R
ES
1 V
G
M
A1
3
AV
D
D
VG
M
A1
4
V3
D
3
M
LV
FN
2
C
S1
AV
D
D
R
ES
1_
O
M
LV
FN
1
X1
D
IO
2
VGMA[1..18]
M
LV
FN
0
VG
M
A1 V
G
M
A1
8
AV
D
D
V3
D
3
V3
D
3 X
1S
TB
2
VGMA12
AV
D
D
VG
M
A5 V
3D
3
VG
M
A6
M
LV
FP
[0
..5
]
VG
M
A7
X1
ST
B1
VG
M
A8 P
W
R
C
SH
L_
F
VGMA18
GND
PO
L
M
LV
FN
[0
..5
]
VG
M
A4 V
G
M
A1
5
VGMA4
VGMA15
R
ES
2_
O
R
ES
1_
O
YC
LK
_O
YO
E_
O
R
ES
2_
O
YD
IO
_O
AVDD
PO
L
X1
ST
B1
X1
ST
B2
C
S1
M
LV
FP
[0
..5
]
M
LV
FN
[0
..5
]
M
LV
FC
LK
P
X1
D
IO
2
V3D3
VCOM
M
LV
FC
LK
N
PW
R
C
SH
L_
F
VG
H
C
VG
L
R
ES
1
R
ES
2
GND
SE
L2
VGMA[1..18]
O
D
LY
0
O
D
LY
1
VCOMAVDD V3D3
Model Name
Size Document Number Rev
Date: Sheet of
X1 COF EC00Custom
1 1Tuesday, September 30, 2008
T315XW02 VQT XPCB
<Variant Name>
Model Name
Size Document Number Rev
Date: Sheet of
X1 COF EC00Custom
1 1Tuesday, September 30, 2008
T315XW02 VQT XPCB
<Variant Name>
Model Name
Size Document Number Rev
Date: Sheet of
X1 COF EC00Custom
1 1Tuesday, September 30, 2008
T315XW02 VQT XPCB
<Variant Name>
Close to X1
End Termination For X1
VG1_VG18<=L255
VG4_VG15<=L192
VG5_VG14<=L128
VG6_VG13<=L64
VG7_VG12<=L32
VG8_VG11<=L2
VG9_VG10<=L0
VC
OM
RP
O1
RP
O2
RP
O3 GN
D
YO
E1
U_
DL
YC
LK
YD
IO GN
D
VC
C
GN
D
VG
L
VG
HC
VC
OM Re
sc
ue
1
LD
IO
1
RD
IO
1
VD
D
ST
B1
PO
L
GN
D
GN
DA
VB
OT
VT
OP
VD
DA
VG
MA
1
VG
MA
2
VG
MA
3
VG
MA
4
VG
MA
5
VG
MA
6
VG
MA
7
VG
MA
8
VG
MA
9
VG
MA
10
VG
MA
11
GN
DA
VD
DA
BD
O
CA
SE
D_
CA
SE
Du
mm
y
Du
mm
y
SE
L1
SE
L2
DU
AL
Dv
se
l
VD
D
GN
D
Du
mm
y
Du
mm
y
Sh
ie
ld
in
g 
GN
D
Sh
ie
ld
in
g 
GN
D
RV
2N
RV
2P
Sh
ie
ld
in
g 
GN
D
Sh
ie
ld
in
g 
GN
D
RV
1N
RV
1P
RV
0N
RV
0P
Sh
ie
ld
in
g 
GN
D
RC
LK
P
RC
LK
N
LC
LK
P
LC
LK
N
Sh
ie
ld
in
g 
GN
D
Du
mm
y
Du
mm
y
Sh
ie
ld
in
g 
GN
D
Sh
ie
ld
in
g 
GN
D
Sh
ie
ld
in
g 
GN
D
GN
D
LV
2N
LV
2P
LV
1N
LV
1P
LV
0N
LV
0P VD
D
CS
0
CS
1
OD
LY
0
OD
LY
1
OD
LY
2
DA
TA
PO
L
PW
RC SH
L
D_
ST
B
GN
DA
VD
DA
VG
MA
12
VG
MA
13
VG
MA
14
VG
MA
15
VG
MA
16
VG
MA
18
VG
MA
19
VG
MA
20
VG
MA
21
VG
MA
17
VG
MA
22
GN
DA
VB
OT
VT
OP
VD
DA
GN
D
ST
B2
VD
D RD
IO
2
LD
IO
2
Re
sc
ue
2
Re
sc
ue
3
VC
OM
VG
HC
VG
L
GN
D
VC
C
GN
D
YD
IO
YC
LK
U_
DL
YO
E1 GN
D
RP
O3
RP
O2
RP
O1
VC
OM
R404
R
R404
R
X1
TAB133
X1
TAB133
13
2
13
366 65 64 63 62 61 60 59 58 57 56 55 54 53 52 51 50 49 48 47 46 45 44 43 42 41 40 39 38 37 36 35 34 33 32 31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 113
1
13
0
12
9
12
8
12
7
12
6
12
5
12
4
12
3
12
2
12
1
12
0
11
9
11
8
11
7
11
6
11
5
11
4
11
3
11
2
11
1
11
0
10
9
10
8
10
7
10
6
10
5
10
4
10
3
10
2
10
1
10
0 99 98 97 96 95 94 93 92 91 90 89 88 87 86 85 84 83 82 81 80 79 78 77 76 75 74 73 72 71 70 69 68 67
FN4FN4
P
A
D
1
C409 CAPC409 CAP
C406 CAPC406 CAP
FP1FP1
P
A
D
1
R401
R
R401
R
C414 CAPC414 CAP
C415 CAPC415 CAP
R405
R
R405
R
FP2FP2
P
A
D
1
C412 CAPC412 CAP
C451
CAP
C451
CAP
FN1FN1
P
A
D
1
FN0FN0
P
A
D
1
X1TEST1X1TEST1
1
2
R403
R
R403
R
X1TEST2X1TEST2
1
2
C407 CAPC407 CAP
FN3FN3
P
A
D
1
C405 CAPC405 CAP
C410 CAPC410 CAP
C452
CAP
C452
CAP
FP0FP0
P
A
D
1
MFCLKNMFCLKN
P
A
D
1
FP5FP5
P
A
D
1
R406
R
R406
R
C413 CAPC413 CAP
FN2FN2
P
A
D
1
C404 CAPC404 CAP
MFCLKPMFCLKP
P
A
D
1
R402
R
R402
R
C418 CAPC418 CAP
FN5FN5
P
A
D
1
C408 CAPC408 CAP
FP4FP4
P
A
D
1
FP3FP3
P
A
D
1
R407
R
R407
R
C450
CAP
C450
CAP
C411 CAPC411 CAP
C401 CAPC401 CAP
5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
X
6D
IO
1
GND
M
LV
B
C
LK
P
VGMA13
V
G
M
A
9
V
C
O
M
A
V
D
D
M
LV
B
P
5
M
LV
B
N
5
M
LV
B
N
4
M
LV
B
P
4
MLVBCLKP
V
C
O
M
M
LV
B
C
LK
N
M
LV
B
N
3
M
LV
B
P
3
VCOM
M
LV
B
P
2
MLVBCLKN
A
V
D
D
V
G
M
A
10
VGMA5
VGMA6
VGMA10
M
LV
B
P
1
VGMA11
R
E
S
2
V
G
M
A
11
M
LV
B
P
0
V
3D
3
VGMA1
S
E
L2
VGMA14
VGMA7
VGMA8
VGMA9
V
G
M
A
12
R
E
S
1
V
G
M
A
13
V
G
M
A
14
V
3D
3
V3D3
A
V
D
D
M
LV
B
N
2
C
S
1
M
LV
B
N
1
VGMA[1..18]
M
LV
B
N
0
V
G
M
A
1
V
G
M
A
18
AVDD
V
3D
3
VGMA12
V
G
M
A
5
V
3D
3
V
G
M
A
6
A
V
D
D
M
LV
B
P
[0
..5
]
V
G
M
A
7
X
6S
TB
1
V
G
M
A
8
P
W
R
C
VGMA18
P
O
L
M
LV
B
N
[0
..5
]
MLVBP1MLVBN1
MLVBP2MLVBN2
MLVBP3MLVBN3
MLVBP4MLVBN4
MLVBP5MLVBN5
MLVBP0MLVBN0
V
G
M
A
4
V
G
M
A
15
VGMA4
VGMA15
X
6D
IO
1
S
E
L2
R
E
S
1
P
W
R
C
X
6S
TB
1
M
LV
B
C
LK
PP
O
L
M
LV
B
C
LK
N
V3D3
AVDD
C
S
1
M
LV
B
N
[0
..5
]
M
LV
B
P
[0
..5
]
VCOM
R
E
S
2
GND
VGMA[1..18]
O
D
LY
1
O
D
LY
0
AVDD VCOM V3D3
Model Name
Size Document Number Rev
Date: Sheet of
X6 COF EC00Custom
1 1Tuesday, September 30, 2008
T315XW02 VQT XPCB
<Variant Name>
Model Name
Size Document Number Rev
Date: Sheet of
X6 COF EC00Custom
1 1Tuesday, September 30, 2008
T315XW02 VQT XPCB
<Variant Name>
Model NameSize Document Number Rev
Date: Sheet of
X6 COF EC00Custom
1 1Tuesday, September 30, 2008
T315XW02 VQT XPCB
<Variant Name>
Close to X6
End Termination For X6
VG1_VG18<=L255
VG4_VG15<=L192
VG5_VG14<=L128
VG6_VG13<=L64
VG7_VG12<=L32
VG8_VG11<=L2
VG9_VG10<=L0
VD
D
VC
OM RV
2N
YO
E1
RD
IO
2
LV
1N
VG
MA
13
BD
O
RV
2P
LV
1P
LD
IO
2
VG
MA
14
RP
O1 VG
MA
15
RP
O2 G
ND
RP
O3
CA
SE
RP
O3 LV
0P
LV
0N
RP
O2
ST
B1
VG
MA
16
GN
D
RP
O1
D_
CA
SE
VG
MA
18
VG
MA
21
VG
MA
20
VG
MA
19
YO
E1 PO
L
VG
MA
17
VG
MA
22
RV
1N
GN
D
U_
DL RV
1P
RV
0N
Du
mm
y
VD
D
VC
OM
RV
0P CS
0
Du
mm
y
GN
DA
VB
OT
SE
L1 CS
1
SE
L2
OD
LY
0
VT
OP
OD
LY
1
Re
sc
ue
2
Re
sc
ue
3
DU
AL
RC
LK
P
OD
LY
2
Dv
se
l
RC
LK
N
VD
DA
DA
TA
PO
L
LC
LK
N
LC
LK
P
YC
LK VC
OM
PW
RC
YD
IO
VG
MA
1
VD
D
Du
mm
y
SH
L
Du
mm
y
GN
D
VG
HC
VG
MA
2
D_
ST
B
VG
MA
3
VC
C
VG
L
VG
MA
4
GN
DA
VG
MA
5
GN
DA
GN
D
GN
D
GN
D
VG
MA
6
Du
mm
y
VB
OT
VD
DA
VG
L
VG
MA
8
VG
MA
7
VT
OP
VG
MA
12
VG
MA
9
Du
mm
y
VG
HC VD
DA
VC
C
VG
MA
10
VC
OM YD
IOGN
D
GN
D
GN
D
VG
MA
11
Re
sc
ue
1
LD
IO
1
YC
LK
ST
B2
GN
DA
RD
IO
1
U_
DL
VD
DA
LV
2N
VD
D
LV
2P
C429 CAPC429 CAP
C427 CAPC427 CAP
BN1BN1
PA
D
1
X6
TAB133
X6
TAB133
13
2
13
366 65 64 63 62 61 60 59 58 57 56 55 54 53 52 51 50 49 48 47 46 45 44 43 42 41 40 39 38 37 36 35 34 33 32 31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 113
1
13
0
12
9
12
8
12
7
12
6
12
5
12
4
12
3
12
2
12
1
12
0
11
9
11
8
11
7
11
6
11
5
11
4
11
3
11
2
11
1
11
0
10
9
10
8
10
7
10
6
10
5
10
4
10
3
10
2
10
1
10
0 99 98 97 96 95 94 93 92 91 90 89 88 87 86 85 84 83 82 81 80 79 78 77 76 75 74 73 72 71 70 69 68 67
R417
R
R417
R
C466
CAP
C466
CAP
C434 CAPC434 CAP
BP5BP5
PA
D
1
C425 CAPC425 CAP
X6TEST2X6TEST2
1
2
C435 CAPC435 CAP
C467
CAP
C467
CAP
X6TEST1X6TEST1
1
2
BN5BN5
PA
D
1
C432 CAPC432 CAP
C465
CAP
C465
CAP
BP3BP3
PA
D
1
R411
R
R411
R
BP4BP4
PA
D
1
C430 CAPC430 CAP
BN0BN0
PA
D
1
R416
R
R416
R
BN3BN3
PA
D
1
BCLKNBCLKN
PA
D
1
R414
R
R414
R
C428 CAPC428 CAP
C426 CAPC426 CAP
R415
R
R415
R
C433 CAPC433 CAP
BN2BN2
PA
D
1
BN4BN4
PA
D
1
BP0BP0
PA
D
1
R412
R
R412
R
BP2BP2
PA
D
1
R413
R
R413
R
C421 CAPC421 CAP
C431 CAPC431 CAP
BCLKPBCLKP
PA
D
1
BP1BP1
PA
D
1
C424 CAPC424 CAP
C438 CAPC438 CAP
5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
YDIOU_T
VD
D
P1
8
M
LV
BP
[0
..5
]
VDD_V1D8
M
LV
BN
[0
..5
]
M
LV
BP
0
M
LV
BP
1
M
LV
BP
2
MLVBP3
MLVBP4
M
LV
BN
0
M
LV
BN
1
M
LV
BN
2
MLVBP5
YV
1C
MLVBN3
VDD_V1D8
MLVBN4
GND
MLVBN5
R
xI
N
P[
0.
.3
]
M
BC
KP
M
BC
KN
R
xI
N
N
[0
..3
]
M
FC
KN
EX
SC
L
M
FC
KP
M
LV
FC
LK
P
M
LV
FC
LK
N
M
LV
FN
[0
..5
]
M
LV
FN
5
PF
C
AP
M
LV
FN
4
RESET
M
LV
FN
3
YV1C
M
LV
FN
2
X1
ST
B1
YD
IO
U
YC
LK
YO
E
PWM
MLVFN1
EX
SD
A
EX
SC
L
PI
GND
EX
SD
A
XOUT
XIN
M
LV
FP
[0
..5
]
GAMEN
PO
L
M
LV
FP
5
ODEN
M
LV
FP
4
M
LV
FP
3
V3D3
M
LV
BC
LK
N
M
LV
FP
2
MLVFP1
V1D8
M
LV
BC
LK
P
GND
MLVFP0
XPOL_T
INSDA
YOE_T
MLVFN0
INSCL
EPWP
XSTB_T
AG
M
O
D
EN
AG
M
O
D
EN
R
xI
N
N
2
LV
D
SO
R
D
LV
D
SO
R
D
R
xI
N
N
0
R
xC
LK
N
R
xI
N
N
3
R
xC
LK
P
R
xI
N
P2
R
xI
N
P0
R
xI
N
P3
R
xI
N
P1
R
xI
N
N
1
VDD_V3D3
YCLK_T
VDD_V1D8
VD
D
_V
3D
3
EXWP
M
LV
BN
[0
..5
]
PO
L
X1
ST
B1
R
xI
N
N
[0
..3
]
R
xI
N
P[
0.
.3
]
M
LV
FN
[0
..5
]
V3D3
GND
M
LV
BP
[0
..5
] M
LV
FC
LK
P
M
LV
FC
LK
N
M
LV
BC
LK
P
M
LV
BC
LK
N
YD
IO
U
YC
LK
YO
E
V1D8
YV
1C
M
LV
FP
[0
..5
]
EX
SD
A
EX
SC
L
LV
D
SO
R
D
AG
M
O
D
EN
R
xC
LK
P
R
xC
LK
N
EX
W
P
VDD_V3D3
VDD_V3D3
VDD_V3D3
VDD_V1D8
VDD_V3D3
VDD_V1D8
VDD_V1D8V1D8
VDD_V3D3V3D3
VDD_V3D3
VDD_V1D8
Model Name
Size Document Number Rev
Date: Sheet of
Tcon AUO-11401 Block EC00Custom
1 1Tuesday, September 30, 2008
Model Name
Size Document Number Rev
Date: Sheet of
Tcon AUO-11401 Block EC00Custom
1 1Tuesday, September 30, 2008
Model Name
Size Document Number Rev
Date: Sheet of
Tcon AUO-11401 Block EC00Custom
1 1Tuesday, September 30, 2008
T315XW02 VQT XPCB
Closed to the PIN 94 of U1
Closed to the PIN 23 of U1 Closed to the PIN 33 of U1
Closed to the PIN 13 of U1
Closed to the PIN 88 of U1
Closed to the PIN 35 of U1
Closed to the PIN58 of U1
NC
NC
C223
CAP
C223
CAP
R213
R
R213
R
RN1
RES4P2R
RN1
RES4P2R
1
3
2
4
C229
CAP
C229
CAP
PWM_1PWM_1
PAD 1
R215
R
R215
R
R224
R
R224
R
C219
CAP
C219
CAP
C216
CAP
C216
CAP
C226
CAP
C226
CAP
U11
BR24L32
U11
BR24L32A
0
1
A
1
2
A
2
3
G
N
D
4
S
D
A
5
S
C
L
6
W
P
7
V
cc
8
R219
R
R219
R
R223
R
R223
R
C228
CAP
C228
CAP
C203
CAP
C203
CAP
U12
AT24C256_2
U12
AT24C256_2
A01
A12
A23
GND4 SDA 5
SCL 6
WP 7
VCC 8
C208
CAP
C208
CAP
R202
R
R202
R
C209
CAP
C209
CAP
C218
CAP
C218
CAP
R222
R
R222
R
R209
R
R209
R
C211
CAP
C211
CAP
RN2
RES4P2R
RN2
RES4P2R
1
3
2
4
C204
CAP
C204
CAP
R210
R
R210
R
R208
R
R208
R
C210
CAP
C210
CAP
C202
CAP
C202
CAP
C221
CAP
C221
CAP
B201
INDUCTOR
B201
INDUCTOR
R226
R
R226
R
C227
CAP
C227
CAP
C213
CAP
C213
CAP
C230 CAPC230 CAP
C217
CAP
C217
CAP
C222
CAP
C222
CAP
Q102
N_MOS_0
Q102
N_MOS_0
G
D
S
C207
CAP
C207
CAP
R221
R
R221
R
B202
INDUCTOR
B202
INDUCTOR
R218
R
R218
R
C231 CAPC231 CAP
C206
CAP
C206
CAP
R203
R
R203
R
C201
CAP
C201
CAP
C220
CAP
C220
CAP
R212
R
R212
R
C214
CAP
C214
CAP
R225
R
R225
R
R214
R
R214
R
R216
R
R216
R
C232
CAP
C232
CAP
R211
R
R211
R
C225
CAP
C225
CAP
R201
R
R201
R
U16
CRYSTAL1-4
U16
CRYSTAL1-4
1 4
2 3
C215
CAP
C215
CAP
R217
R
R217
R
U1
AUO11401V1
U1
AUO11401V1
M
LV
B
0N
67
M
LV
B
0P
66
V
D
D
P
18
65
P
FC
A
P
64
M
LV
F5
N
63
M
LV
F5
P
62
M
LV
F4
N
61
M
LV
F4
P
60
G
N
D
59
V
D
D
M
58
M
LV
F3
N
57
M
LV
F3
P
56
M
LV
FC
LK
N
55
M
LV
FC
LK
P
54
M
LV
F2
N
53
M
LV
F2
P
52
G
N
D
51
VDDM 50
MLVF1P 48
MLVF0N 47
PI 45
GND 44
VDDIO 43
XPOL 42
GND 36
VDDC18 33
YDIOD 40
YDIOU 39
YCLK 38
YOE 37
MLVB5P82
VDDIO 35
GND 34
GND 32
VDDIO 31
MLVB4P80
XOUT 29
XIN 28
INSDA 27
INSCL 26
VDDC1894
GND 30
G
N
D
24
LU
TS
E
L
4
VDDIO88
YV1C86
VDDIO84
N
R
S
E
T
2
U
D
S
E
L
3
LV
D
S
O
R
D
6
A
G
B
S
E
N
7
C
H
G
FB
5
G
N
D
71
G
N
D
8
V
D
D
L
13
R
X
C
LK
N
16
R
X
IN
0N
9
R
X
IN
0P
10
R
X
IN
1N
11
R
X
IN
1P
12
R
X
IN
2N
14
R
X
IN
2P
15
R
X
C
LK
P
17
R
X
IN
3N
18
G
N
D
20
E
X
S
C
L
21
E
X
S
D
A
22
V
D
D
C
18
23
V
D
D
IO
1
E
P
W
P
25
GND85
R
X
IN
3P
19
M
LV
B
1P
68
M
LV
B
1N
69
V
D
D
M
70
M
LV
B
2P
72
M
LV
B
2N
73
M
LV
B
C
LK
P
74
M
LV
B
C
LK
N
75
PWM87
MLVB5N83
MLVB4N81
VDDM78
GND79
GND89
TEST90
GND91
VDDIO92
VSEL93
GND95
GND96
VDDIO97
GAMEN98
ODEN99
GND100
MLVB3P76
XSTB 41
MLVF0P 46
MLVF1N 49MLVB3N77
G1G1
R220
R
R220
R
C224
CAP
C224
CAP
C205
CAP
C205
CAP
5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
GND
M odel Nam e
S ize Docum ent Num ber Rev
Date: S heet of
Dummy Pad EC00Custom
1 1Tuesday, S eptem ber 30, 2008
T315XW02 VQT XPCBM odel Nam e
S ize Docum ent Num ber Rev
Date: S heet of
Dummy Pad EC00Custom
1 1Tuesday, S eptem ber 30, 2008
T315XW02 VQT XPCBM odel Nam e
S ize Docum ent Num ber Rev
Date: S heet of
Dummy Pad EC00Custom
1 1Tuesday, S eptem ber 30, 2008
T315XW02 VQT XPCB
Double GND
DP 1
DP 893
DP 1
DP 893
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 10
0
10
1
10
2
10
3
10
4
10
5
10
6
10
7
10
8
10
9
11
0
11
1
11
2
11
3
11
4
11
5
11
6
11
7
11
8
11
9
12
0
12
1
12
2
12
3
12
4
12
5
12
6
12
7
128
12
9
13
0
13
1
13
2
13
3
13
4
13
5
13
6
13
7
13
8
13
9
14
0
14
1
14
2
14
3
14
4
14
5
14
6
14
7
14
8
14
9
15
0
15
1
15
2
15
3
15
4
15
5
15
6
15
7
15
8
15
9
16
0
16
1
16
2
16
3
16
4
16
5
16
6
16
7
16
8
16
9
17
0
17
1
17
2
17
3
17
4
17
5
17
6
17
7
17
8
17
9
18
0
18
1
18
2
18
3
18
4
18
5
18
6
18
7
18
8
18
9
19
0
19
1
19
2
19
3
19
4
19
5
19
6
19
7
19
8
19
9
20
0
20
1
20
2
20
3
20
4
20
5
20
6
20
7
20
8
20
9
21
0
21
1
21
2
21
3
21
4
21
5
21
6
21
7
21
8
21
9
22
0
22
1
22
2
22
3
22
4
22
5
22
6
22
7
22
8
22
9
23
0
23
1
23
2
23
3
23
4
23
5
23
6
23
7
23
8
23
9
24
0
24
1
24
2
24
3
24
4
24
5
24
6
24
7
24
8
24
9
25
0
25
1
25
2
25
3
25
4
25
5
25
6
25
7
25
8
25
9
26
0
26
1
26
2
26
3
26
4
26
5
26
6
26
7
26
8
26
9
27
0
27
1
27
2
27
3
27
4
27
5
27
6
27
7
27
8
27
9
28
0
28
1
28
2
28
3
28
4
28
5
28
6
28
7
28
8
28
9
29
0
29
1
29
2
29
3
29
4
29
5
29
6
29
7
29
8
29
9
30
0
30
1
30
2
30
3
30
4
30
5
30
6
30
7
30
8
30
9
31
0
31
1
31
2
31
3
31
4
31
5
31
6
31
7
31
8
31
9
32
0
32
1
32
2
32
3
32
4
32
5
32
6
32
7
32
8
32
9
33
0
33
1
33
2
33
3
33
4
33
5
33
6
33
7
33
8
33
9
34
0
34
1
34
2
34
3
34
4
34
5
34
6
34
7
34
8
34
9
35
0
35
1
35
2
35
3
35
4
35
5
35
6
35
7
35
8
35
9
36
0
36
1
36
2
36
3
36
4
36
5
36
6
36
7
36
8
36
9
37
0
37
1
37
2
37
3
37
4
37
5
37
6
37
7
37
8
37
9
38
0
38
1
38
2
38
3
38
4
38
5
38
6
38
7
38
8
38
9
39
0
39
1
39
2
39
3
39
4
39
5
39
6
39
7
39
8
39
9
40
0
40
1
40
2
40
3
40
4
40
5
40
6
40
7
40
8
40
9
41
0
41
1
41
2
41
3
41
4
41
5
41
6
41
7
41
8
41
9
42
0
42
1
42
2
42
3
42
4
42
5
42
6
42
7
42
8
42
9
43
0
43
1
43
2
43
3
43
4
43
5
43
6
43
7
43
8
43
9
44
0
44
1
44
2
44
3
44
4
44
5
44
6
44
7
44
8
44
9
45
0
45
1
45
2
45
3
45
4
45
5
45
6
45
7
45
8
45
9
46
0
46
1
46
2
46
3
46
4
46
5
46
6
46
7
46
8
46
9
47
0
47
1
47
2
47
3
47
4
47
5
47
6
47
7
47
8
47
9
48
0
48
1
48
2
48
3
48
4
48
5
48
6
48
7
48
8
48
9
49
0
49
1
49
2
49
3
49
4
49
5
49
6
49
7
49
8
49
9
50
0
50
1
50
2
50
3
50
4
50
5
50
6
50
7
50
8
50
9
51
0
51
1
51
2
51
3
51
4
51
5
51
6
51
7
51
8
51
9
52
0
52
1
52
2
52
3
52
4
52
5
52
6
52
7
52
8
52
9
53
0
53
1
53
2
53
3
53
4
53
5
53
6
53
7
53
8
53
9
54
0
54
1
54
2
54
3
54
4
54
5
54
6
54
7
54
8
54
9
55
0
55
1
55
2
55
3
55
4
55
5
55
6
55
7
55
8
55
9
56
0
56
1
56
2
56
3
56
4
56
5
56
6
56
7
56
8
56
9
57
0
57
1
57
2
57
3
57
4
57
5
57
6
57
7
57
8
57
9
58
0
58
1
58
2
58
3
58
4
58
5
58
6
58
7
58
8
58
9
59
0
59
1
59
2
59
3
59
4
59
5
59
6
59
7
59
8
59
9
60
0
60
1
60
2
60
3
60
4
60
5
60
6
60
7
60
8
60
9
61
0
61
1
61
2
61
3
61
4
61
5
61
6
61
7
61
8
61
9
62
0
62
1
62
2
62
3
62
4
62
5
62
6
62
7
62
8
62
9
63
0
63
1
63
2
63
3
63
4
63
5
63
6
63
7
63
8
63
9
64
0
64
1
64
2
64
3
64
4
64
5
64
6
64
7
64
8
64
9
65
0
65
1
65
2
65
3
65
4
65
5
65
6
65
7
65
8
65
9
66
0
66
1
66
2
66
3
66
4
66
5
66
6
66
7
66
8
66
9
67
0
67
1
67
2
67
3
67
4
67
5
67
6
67
7
67
8
67
9
68
0
68
1
68
2
68
3
68
4
68
5
68
6
68
7
68
8
68
9
69
0
69
1
69
2
69
3
69
4
69
5
69
6
69
7
69
8
69
9
70
0
70
1
70
2
70
3
70
4
70
5
70
6
70
7
70
8
70
9
71
0
71
1
71
2
71
3
71
4
71
5
71
6
71
7
71
8
71
9
72
0
72
1
72
2
72
3
72
4
72
5
72
6
72
7
72
8
72
9
73
0
73
1
73
2
73
3
73
4
73
5
73
6
73
7
73
8
73
9
74
0
74
1
74
2
74
3
74
4
74
5
74
6
74
7
74
8
74
9
75
0
75
1
75
2
75
3
75
4
75
5
75
6
75
7
75
8
75
9
76
0
76
1
76
2
76
3
76
4
76
5
76
6
76
7
76
8
76
9
77
0
77
1
77
2
77
3
77
4
77
5
77
6
77
7
77
8
77
9
78
0
78
1
78
2
78
3
78
4
78
5
78
6
78
7
78
8
78
9
79
0
79
1
79
2
79
3
79
4
79
5
79
6
79
7
79
8
79
9
80
0
80
1
80
2
80
3
80
4
80
5
80
6
80
7
80
8
80
9
81
0
81
1
81
2
81
3
81
4
81
5
81
6
81
7
81
8
81
9
82
0
82
1
82
2
82
3
82
4
82
5
82
6
82
7
82
8
82
9
83
0
83
1
83
2
83
3
83
4
83
5
83
6
83
7
83
8
83
9
84
0
84
1
84
2
84
3
84
4
84
5
84
6
84
7
84
8
84
9
85
0
85
1
85
2
85
3
85
4
85
5
85
6
85
7
85
8
85
9
86
0
86
1
86
2
86
3
86
4
86
5
86
6
86
7
86
8
86
9
87
0
87
1
87
2
87
3
87
4
87
5
87
6
87
7
87
8
87
9
88
0
88
1
88
2
88
3
88
4
88
5
88
6
88
7
88
8
88
9
89
0
89
1
89
2
89
3
5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
GND
REF_F1
REF_F9
REF_F10
VGMA8
VGMA7
VGMA9
VGMA6
VGMA5
VGMA4
VGMA14
VGMA13
VGMA12
VGMA11
VGMA10
VGMA15
VGMA18
REF_F18
VGMA1
AVDD
GND
VGMA[1..18]
GND
GND
AVDD
AVDD
AVDD
AVDD
GND
Model Name
Size Document Number Rev
Date: Sheet of
Gamma_Block EC00Custom
1 1Tuesday, September 30, 2008
Model Name
Size Document Number Rev
Date: Sheet of
Gamma_Block EC00Custom
1 1Tuesday, September 30, 2008
Model Name
Size Document Number Rev
Date: Sheet of
Gamma_Block EC00Custom
1 1Tuesday, September 30, 2008
VGMA_REF=2.5 * (12.76+2.43) / 2.43=15.4V
8.21
6.23
VG1_VG18<=L255
VG4_VG15<=L192
VG5_VG14<=L128
VG6_VG13<=L64
VG7_VG12<=L32
VG8_VG11<=L2
VG9_VG10<=L0
NC
T315XW02 VQT XPCB
NC
NC
NC
NC
L255
L192
L128
L64
L32
L2
L0
L0
L2
L32
L64
L128
L192
L255
R308
R
R308
R
R323
R
R323
R
R313
R
R313
R
R337
R
R337
R
R311
R
R311
R
R325
R
R325
R
R318
R
R318
R
C306
CAP
C306
CAP
R301
R
R301
R
VG18VG18
PA
D
1
R307
R
R307
R
VG7VG7
PA
D
1
Q301
LM431
Q301
LM431
REF R
AN
O
D
E
A
C
AT
H
C
C305
CAP
C305
CAP
VG11VG11
PA
D
1
C301
CAP
C301
CAP
R324
R
R324
R
R321
R
R321
R
C235
CAP
C235
CAP
VG9VG9
PA
D
1
C325
CAP
C325
CAP
R316
R
R316
R
VG8VG8
PA
D
1
+
- U3B
OP1234
+
- U3B
OP1234
5
6
7
4
11
R304
R
R304
R
R329
R
R329
R
VG6VG6
PA
D
1
R331
R
R331
R
VG14VG14
PA
D
1
R320
R
R320
R
C304
CAP
C304
CAP
VG13VG13
PA
D
1
R315
R
R315
R
R312
R
R312
R
+
- U3C
OP1234
+
- U3C
OP1234
10
9
8
4
11
R342
R
R342
R
R305
R
R305
R
+
- U3D
OP1234
+
- U3D
OP1234
12
13
14
4
11
VG15VG15
PA
D
1
REF9REF9
PAD1
C303
CAP
C303
CAP
R319
R
R319
R
C302
CAP
C302
CAP
VG5VG5
PA
D
1
REF18REF18
PAD1
C308
CAP
C308
CAP
R330
R
R330
R
VG4VG4
PA
D
1
R343
R
R343
R
R302
R
R302
R
REF1REF1
PAD1
+
- U3A
OP1234
+
- U3A
OP1234
3
2
1
4
11
R303
R
R303
R
R300
R
R300
R
R327
R
R327
R
C309
CAP
C309
CAP
VG1VG1
PA
D
1
VG12VG12
PA
D
1
R326
R
R326
R
VZ_REFVZ_REF
PAD1
R344
R
R344
R
R306
R
R306
R
C307
CAP
C307
CAP
VG10VG10
PA
D
1
R332
R
R332
R
R317
R
R317
R
R322
R
R322
R
R341
R
R341
R
REF10REF10
PAD1
R328
R
R328
R
5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
SW
Vo1
SW
REF
GD
AVDD
V12
V3D3
REF
V1D8
V3D3_F
VGH
VGHM
Vo1
GND
Vo1
VGL
V12
V12
VGL
V12
AVDD
V12
V3D3
V12
GND
V1D8
VGHC
YV1C
V3D3
Model Name
Size Document Number Rev
Date: Sheet of
DC-DC Block(BD8160EFV) EC00Custom
1 1Tuesday, September 30, 2008
Model Name
Size Document Number Rev
Date: Sheet of
DC-DC Block(BD8160EFV) EC00Custom
1 1Tuesday, September 30, 2008
Model Name
Size Document Number Rev
Date: Sheet of
DC-DC Block(BD8160EFV) EC00Custom
1 1Tuesday, September 30, 2008
TI65160: R104=0 ; C107=22n
BD8160: R104=7.5K; C107=2.2nC101, C102 put closed to L101
TI65160: R101=127K; R103=10K
BD8160: R101=127K; R103=10.2K
 C106=200pF
15.54V
C125 put closed to Pin 20
TI65160: R121=191K; R122=110K
BD8160: R121=191K; R122=110K
 C129=68pF
C124 put closed to Pin 22
C121: AVDD and VGH delay time control
C122: VGL delay time control
C120: AVDD soft-start time control
C109 put closed to Pin 8
NC
T315XW02 VQT XPCB
NC
27.15VR116
R
0603
R116
R
0603
D104
DIODE
D104
DIODE
R125
R
0805
R125
R
0805
D101
DIODE
D101
DIODE
C120
CAP
0402
C120
CAP
0402
AVDDAVDD
P
A
D
1
U102
RT8901
U102
RT8901
VGH 1
VGHM 2
RE 3
CD 4VD5
VDPM6
GND7
VFLK8C121
CAP
0402
C121
CAP
0402
R108
R
0603
R108
R
0603
C125
CAP
1210
C125
CAP
1210
C106
CAP
0603
C106
CAP
0603
D102
C16T40F
D102
C16T40F
AK
J
C103
CAP
1210
C103
CAP
1210
C132
CAP
1206
C132
CAP
1206
R104
R
0402
R104
R
0402
C112
CAP
1206
C112
CAP
1206
R106
R
0402
R106
R
0402
C129
CAP
0603
C129
CAP
0603
R114
R
1206
R114
R
1206
V1D8V1D8
P
A
D
1
C127
CAP
1206
C127
CAP
1206
R118
R
0603
R118
R
0603
C133
CAP
0402
C133
CAP
0402
C108
CAP
0805
C108
CAP
0805
R117
R
0603
R117
R
0603
R111
R
0603
R111
R
0603
R107
R
0805
R107
R
0805
R110
R
0402
R110
R
0402
D103
C16T40F
D103
C16T40F
A
K
J
C107
CAP
0603
C107
CAP
0603
Q101
FDN360P_0
Q101
FDN360P_0G
S D
C123
CAP
0603
C123
CAP
0603
C104
CAP
1210
C104
CAP
1210
C113
CAP
1206
C113
CAP
1206
L101
INDUCTOR
L101
INDUCTOR
C128
CAP
1206
C128
CAP
1206
C115
CAP
0805
C115
CAP
0805
C117
CAP
0603
C117
CAP
0603
VGLVGL
P
A
D
1
R105
R
0402
R105
R
0402
C109
CAP
0805
C109
CAP
0805
R102
R
0402
R102
R
0402
C118
CAP
1210
C118
CAP
1210
R101
R
0402
R101
R
0402
C124
CAP
0603
C124
CAP
0603
C130
CAP
1206
C130
CAP
1206
C101
CAP
1210
C101
CAP
1210
R122
R
0402
R122
R
0402
L102
INDUCTOR
L102
INDUCTOR
R123
R
0603
R123
R
0603
V3D3V3D3
P
A
D
1
C126
CAP
0603
C126
CAP
0603
VGHCVGHC
P
A
D
1
R124
R
0603
R124
R
0603
R103
R
0402
R103
R
0402
C110
CAP
0805
C110
CAP
0805
U103
FAN1587A
U103
FAN1587A
INI OUT O
A
D
J/
G
N
D
A
OUT O1
C114
CAP
1206
C114
CAP
1206
C119
CAP
1210
C119
CAP
1210
R121
R
0402
R121
R
0402
R113
R
0402
R113
R
0402
R112
R
0402
R112
R
0402
R115
R
1206
R115
R
1206
U101
BD8156EFV_00
U101
BD8156EFV_00
FB1
COMP2
OS3
SW4
SW5
PGND6
PGND7
SUP8
EN29
DRP10
DRN11
FREQ12
FBN13
FBP14 FBB 15
EN1 16
BOOT 17
SWB 18
NC 19
VINB 20
SS 28
GD 27
DLY2 26
DLY1 25
REF 24
GND 23
AVIN 22
VINB 21
G
1
G
1
R109
R
0402
R109
R
0402
C102
CAP
1210
C102
CAP
1210
C122
CAP
0402
C122
CAP
0402
C111
CAP
0805
C111
CAP
0805
C131
CAP
1206
C131
CAP
1206
5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
XP
O
L1
LV
D
S_
SE
L
R
XI
N
O
P1
VG
M
A1
7
VG
M
A2
2
R
XC
LK
O
N
VG
M
A2
1
YCLKYCLK
XPOL1
R
XC
LK
O
P
R
XI
N
EP
0
R
XI
N
EP
2
R
XI
N
EP
3
R
XI
N
EN
2
RXINEN[0..3]
R
XI
N
EN
3
R
XI
N
EP
1
R
XC
LK
EN
R
XI
N
EN
1
R
XC
LK
EP
R
XI
N
EN
2
RXINOP[0..3]
G
N
D
R
VN
[4
..6
]
XS
TB
1
XV
C
C
YOE YOE
R
XI
N
O
N
2
VGL
RXINON[0..3]
R
XI
N
EP
2
R
XI
N
EP
3
R
XI
N
O
N
0
VG
M
A1
3
VG
M
A2
1
VG
M
A1
2
VG
M
A1
1
LV
P[
0.
.2
]
YV1C YV1C
VG
M
A2
2
XAVDDXAVDD
R
XI
N
O
P2
XPOL1
XSTB1 XSTB1
R
VP
[0
..2
]
G
N
D
R
VN
[0
..2
]
V12 V12in
R
XI
N
O
N
0
VGL
R
XI
N
O
N
3
G
N
D
M
_V
C
O
M
I2
R
XI
N
O
P0
XVCC
R
XC
LK
EN
VG
H
C
XS
TB
1
VG
M
A1
9
VG
L
12Vin
VGHC
XAVDD
XV
C
C
XVCC
XVCC
AV
D
D
VG
M
A4
VG
M
A1
5
R
XI
N
O
P3
R
XI
N
EN
0
R
XI
N
EN
0
R
VP
[4
..6
]
LV
N
[0
..2
]
LV
N
[4
..6
]
V12in
LV
P[
4.
.6
]
R
XC
LK
O
P
R
XI
N
EP
0
R
XC
LK
EP
EXSDA
EXSCL
R
XI
N
O
P0
VG
M
A[
1.
.2
2]
R
XI
N
O
P2
V3D3
R
XI
N
O
N
3
R
XI
N
O
N
1
R
XC
LK
O
N
GND
V3D3
R
XI
N
O
N
1
VG
M
A1
0
VG
M
A6
VG
M
A8
VG
M
A1
VG
M
A2
VG
M
A8
VG
M
A6
VG
M
A1
1
VG
M
A1
3
VG
M
A1
7
VG
M
A2
VG
M
A4
VG
M
A1
VG
M
A1
5
VG
M
A1
2
VG
M
A1
9
VG
M
A1
0
R
XI
N
O
P3
V1D2
R
XI
N
EN
1
G
N
D
R
XI
N
O
P1
R
XI
N
O
P0
R
XC
LK
O
P
R
XI
N
O
N
2
R
XI
N
O
N
1
R
XI
N
O
P3
R
XI
N
O
N
3
R
XI
N
O
P1
R
XC
LK
O
N
VGHC VGHC
VGHC
VGL VGL
R
XC
LK
EP
R
XI
N
EP
0
R
XI
N
EN
3
R
XI
N
EN
1
R
XI
N
EP
3
R
XI
N
EP
1
R
XI
N
EN
2
R
XI
N
EN
0
R
XI
N
EP
2
R
XC
LK
EN
VG
H
C
VG
L
LV
D
SO
R
D
AG
BS
EN
G
N
D
R
XI
N
O
N
2
XSTB1
XS
TB
1
R
XI
N
O
N
0
R
XI
N
EP
1
VC
O
M
F
R
XI
N
O
P2
R
XI
N
EN
3
XPOL1
XP
O
L1
R
ES
F
RESFRESF RESF
R
ES
F
M
_V
C
O
M
I2
M
_V
C
O
M
I2
YDIOD YDIOD
YCLK
YDIOD
YC
LKYD
IO
D
M_VCOMI2M_VCOMI2
EX
SD
A
SDA
SCL
XA
VD
D
AVDD
LV
C
LK
N
LV
C
LK
N
LV
C
LK
P
LV
C
LK
P
RVP[0..2]
R
VC
LK
N
R
VC
LK
N
R
VC
LK
P
R
VC
LK
P
U
_D
F
YD
IO
U
_F
YD
IO
U
XD
IO
F
XD
IO
F
HAVDD XHAVDD
XHAVDDXHAVDD
LV
N
[4
..6
]
LV
N
[4
..6
]
LV
P[
4.
.6
]
LV
P[
0.
.2
]
LV
N
[0
..2
]
LV
N
6
LV
N
4
LV
N
5
LV
P5
LV
P4
LV
N
2
LV
N
1
LV
N
0
LV
P2
LV
P1
LV
P0
LV
P4
LV
P5
LV
P6
LV
N
4
LV
N
5
LV
N
6
LV
P[
0.
.2
]
LV
N
[0
..2
]
LV
P0
LV
P1
LV
P2
LV
N
0
LV
N
1
LV
N
2
R
VP
0
R
VN
0
R
VP
1
R
VN
1
R
VP
2
R
VN
2
R
VP
4
R
VN
4
R
VP
5
R
VN
5
R
VP
6
R
VN
6
R
VP
[4
..6
]
RVN[0..2]
R
VN
[0
..2
]
RVP[0..2]
R
VP
[0
..2
]
R
VC
LK
N
R
VC
LK
P
R
VP
4
R
VN
4
R
VP
5
R
VN
5
R
VP
6
R
VN
6
R
VP
[4
..6
]
R
VN
[4
..6
]
R
VP
[0
..2
]
R
VN
[0
..2
]
RVN[0..2]
R
VP
0
R
VN
0
R
VP
1
R
VN
1
R
VP
2
R
VN
2
YO
E_
F
YO
E
YO
E YD
IO
D
_F
YD
IO
D
XP
O
L1
XSTB
XPOL
YD
IO
U
YDIOU YDIOU
XVCC
U_DFXVCC
U_DB
U
_D
B
XD
IO
B
XD
IO
B
R
VN
[4
..6
]
LV
P6
LV
P[
4.
.6
]
VGMA[1..22]VGMA[1..22]
XH
AV
D
D
XH
AV
D
DVC
O
M
F2
VCOMF2
M_VCOMI2
VCOMF
VCOMF2
VCOMF2
VC
O
M
F2
YOE
YC
LK
_F
YC
LK
YDIOU
AGBSEN AGING
LVDS_SELLVDSORD
V3D3
XA
VD
D
EX
SC
L
R
ES
B
12Vin
G
N
D
AG
IN
G
SC
L
SD
A
RXINEP[0..3]
W
P
EXWP
WP
Model Name
Size Document Number Rev
Date: Sheet of
Custom
1 4Wednesday, October 01, 2008
T370HW02 VC CB
友達光電電視顯示器產品研發處
Control Block EC02
<Variant Name>
Model Name
Size Document Number Rev
Date: Sheet of
Custom
1 4Wednesday, October 01, 2008
T370HW02 VC CB
友達光電電視顯示器產品研發處
Control Block EC02
<Variant Name>
Model Name
Size Document Number Rev
Date: Sheet of
Custom
1 4Wednesday, October 01, 2008
T370HW02 VC CB
友達光電電視顯示器產品研發處
Control Block EC02
<Variant Name>
NC
Close to U100
NC
Close to J2
Close to TCON
Close to J1
X-BACK/Right
Close to J2,J3
Close to J1
X-FRONT/Left
Close to Tcon
Close to J2
Close to J3
YDIOU
Normal / Mirror Setting Table
O
X
Normal Mirror
YDIOD O
X
U_DF
U_DB
H
HL
L
NC
NC
NCNC
NC
NC
NC
High Aging
LORD_INV
LVDSORD Setting Table
0 NS
LVDSORD MODE
NS
JEIDA
JEIDA
1
0
0 1
1
1 0 MD40_NPTH
MD45_NPTH
MD40_NPTH
MD40_NPTH
MD40_NPTH
MD40_NPTH
MD45_NPTH
MD43_NPTH MD43_NPTH
NC
Inverse circuit
For Multi-Vcom
NC
NC
J3J3
G
1
G
2 1234567891011121314151617181920212223242526272829303132333435363738394041424344454647484950515253545556575859606162636465666768697071727374757677787980
C1
0603
C1
0603
R8
0402
R8
0402
R11
0402
R11
0402
TCON
R
X
IN
O
N
[0
..3
]
R
X
IN
O
P
[0
..3
]
R
X
C
LK
O
N
R
X
C
LK
O
P
R
X
C
LK
E
N
R
X
C
LK
E
P
R
X
IN
E
N
[0
..3
]
R
X
IN
E
P
[0
..3
]
LV
D
S
O
R
D
A
G
B
S
E
N
EXSDA
EXSCL
GND
V1D2
V3D3
YV1C
XSTB
XPOL
R
V
P
[4
..6
]
R
V
N
[4
..6
]
LV
N
[0
..2
]
LV
P
[0
..2
]
YOE_T
YCLK_T
YDIO_T
RVCLKP
RVCLKN
LV
C
LK
N
LV
C
LK
P
LV
P
[4
..6
]
LV
N
[4
..6
]
RVN[0..2]
RVP[0..2]
EXWP
C12 0402C12 0402
R13
0402
R13
0402
C14
0402
C14
0402
RXINEP3RXINEP3
P
A
D
1
EXSDAEXSDA
P
A
D
1
R3
0402
R3
0402
GH4GH4
1
B1LS0603AB1LS0603A
R19
0402
R19
0402
GH6GH6
1
R6
0402
R6
0402
B4LS0603AB4LS0603A
C7
0805
C7
0805
RXINON0RXINON0
P
A
D
1
R25
0402
R25
0402
RXINEP1RXINEP1
P
A
D
1
C4
0402
C4
0402
C16
0402
C16
0402
R23
0603
R23
0603
RXINEP2RXINEP2
P
A
D
1
RXCLKOPRXCLKOP
P
A
D
1
C3
0603
C3
0603
R29
0402
R29
0402
C15
0402
C15
0402
R26
0402
R26
0402
RXINEP0RXINEP0
P
A
D
1
R5
0402
R5
0402
RXINEN3RXINEN3
P
A
D
1
C18
0603
C18
0603
D1
DS2114B
D1
DS2114B
Gamma
A
V
D
DGND
VGMA[1..22]
V
C
O
M
F2
V
C
O
M
F
R24
0603
R24
0603
R21
0402
R21
0402
C5
0402
C5
0402
RXINEN2RXINEN2
P
A
D
1
C10
0402
C10
0402
GND
V12in
V3D3
A
V
D
D
V
G
H
C
V
G
L
Y
V
1C
V1D2
H
A
V
D
D
RXINOP2RXINOP2P
A
D
1
B2LS0603AB2LS0603A
GH8GH8
1
R14
0402
R14
0402
J1J1
1
1
2
2
3
3
4
4
5
5
6
6
7
7
8
8
9
9
10
10
11
11
12
12
13
13
14
14
15
15
16
16
17
17
18
18
19
19
20
20
21
21
22
22
23
23
24
24
25
25
26
26
27
27
28
28
29
29
30
30
31
31
32
32
G
2
G
2
G
1
G
1
G
3
G
3
G
4
G
4
G
5
G
5
G
6
G
6
G
7
G
7
G
8
G
8
G
9
G
9
G
10
G
10
33
33
34
34
35
35
36
36
37
37
38
38
39
39
40
40
41
41
42
42
43
43
44
44
45
45
46
46
47
47
48
48
49
49
50
50
51
51
YOEYOE
PAD1
R34
0402
R34
0402
J2J2
G
1
G
2 1234567891011121314151617181920212223242526272829303132333435363738394041424344454647484950515253545556575859606162636465666768697071727374757677787980
GH9GH9
1
F1
1206
F1
1206
GH1GH1
1
R2
0402
R2
0402
R22
0402
R22
0402
R4
0402
R4
0402
C13
0402
C13
0402
R27
0603
R27
0603
C9
0805
C9
0805
GH3GH3
1
12Vin12Vin
P
A
D
1
RXCLKENRXCLKEN
P
A
D
1
B3
LS1206A
B3
LS1206A
RXINEN1RXINEN1
P
A
D
1
YDIOUYDIOUPAD
1
RXCLKONRXCLKON
P
A
D
1
R1
0402
R1
0402
R7
0402
R7
0402
R33
0402
R33
0402
R10
0402
R10
0402
D4
DS1406A
D4
DS1406A
R15
0402
R15
0402
C19
0603
C19
0603
RXINON1RXINON1
P
A
D
1
XPOL1XPOL1
P
A
D
1
EXSCLEXSCL
P
A
D
1
EXWPEXWP
P
A
D
1
YDIODYDIODPAD
1
C11
0402
C11
0402
R9
0402
R9
0402
R16
0402
R16
0402
GH5GH5
1
R31
0402
R31
0402
D3
DS1406A
D3
DS1406A
YCLKYCLKPAD
1
RXINOP0RXINOP0
P
A
D
1
R30
0402
R30
0402
R12
0402
R12
0402
C6
0402
C6
0402
RXINOP3RXINOP3
P
A
D
1
C17
0603
C17
0603
D2
DS1406A
D2
DS1406A
RXINOP1RXINOP1
P
A
D
1
R28
0603
R28
0603
XSTB1XSTB1
P
A
D
1
R18
0402
R18
0402
RXINON2RXINON2
P
A
D
1
C8
0805
C8
0805
Q102
SOT416GSD
Q102
SOT416GSDG
D
S
C20
1210
C20
1210
RXINON3RXINON3
P
A
D
1
R20
0402
R20
0402
R17
0402
R17
0402
RXINEN0RXINEN0
P
A
D
1
RXCLKEPRXCLKEP
P
A
D
1
GH7GH7
1
C2
0603
C2
0603
GH2GH2
1
5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
V3D3_F
REF
V12in
V1D2
V3D3
VGL
V12in
Vo1
Vo1V12in SW
SW
V12in
V12in
Vo1
REF
GD
AVDD
GND
V12in
HAVDD
AVDD
VGHM
VGH
GND
V12in
HAVDD
V1D2
VGL
AVDD
V3D3
YV1C
VGHC
V3D3
Model Name
Size Document Number Rev
Date: Sheet of
Custom
2 4Wednesday, October 01, 2008
T370HW02 VC CB
友達光電電視顯示器產品研發處
DC-DC(ROHM-8160) EC02
<Variant Name>
Model Name
Size Document Number Rev
Date: Sheet of
Custom
2 4Wednesday, October 01, 2008
T370HW02 VC CB
友達光電電視顯示器產品研發處
DC-DC(ROHM-8160) EC02
<Variant Name>
Model Name
Size Document Number Rev
Date: Sheet of
Custom
2 4Wednesday, October 01, 2008
T370HW02 VC CB
友達光電電視顯示器產品研發處
DC-DC(ROHM-8160) EC02
<Variant Name>
C125 put closed to Pin 20
TI65160: R121=191K; R122=110K
BD8160: R121=191K; R122=110K
 C129=68pF
C101, C102 put closed to L101
TI65160: R101=127K; R103=10K
BD8160: R101=127K; R103=10.2K
 C106=200pF
C124 put closed to Pin 22
C121: AVDD and VGH delay time control
C122: VGL delay time control
C120: AVDD soft-start time control
C109 put closed to Pin 8
NC
TI65160: R104=0 ; C107=22n
BD8160: R104=7.5K; C107=2.2n
15.54V
1/2 AVDD soft-start
close pin6
VFB=0.9V
NC
close pin7
Current limit R to reduce inrush
current during YV1C switch
27.15V
NCNC Ivhgc = 40mA
Iv1d2 = 200 mA
MAX : 4.0mm
MAX : 4.0mm
MAX : 3.2 mm
R120 / R119 for HAVDD power sequence control
NC
Vout=(1+R122/R123)*0.9
Vout=(1+R114/R115)*1.213
Vout=(1+R112/R113)*1.213
Vout=(-R105/R106)*1.013+0.2
Vout=(1+(R101+R102)/R103)*1.162
NC
NC NC NC
NC
R105
0402
R105
0402
C128
1206
C128
1206
R117
0603
R117
0603
R109
0603
R109
0603
V1D2V1D2
P
A
D
1
D103
SOT23AKJ
D103
SOT23AKJ
A
K
J
D107
DS1406A
D107
DS1406A
C105
1210
C105
1210
C122
0402
C122
0402
C116
0603
C116
0603
R125
0603
R125
0603
U101U101
FB1
COMP2
OS3
SW4
SW5
PGND6
PGND7
SUP8
EN29
DRP10
DRN11
FREQ12
FBN13
FBP14 FBB 15
EN1 16
BOOT 17
SWB 18
NC 19
VINB 20
SS 28
GD 27
DLY2 26
DLY1 25
REF 24
GND 23
AVIN 22
VINB 21
G
1
G
1
R121
0402
R121
0402
C141
0603
C141
0603
R113
0402
R113
0402
C113
1206
C113
1206
R142
0402
R142
0402
D108
DS1406A
D108
DS1406A
R101
0402
R101
0402
U103U103
G
N
D
G
VinI Vout O
C131
1206
C131
1206
L103
LS2727A30
L103
LS2727A30
R110
0603
R110
0603
R141
0402
R141
0402
C138
1206
C138
1206
R133
1206
R133
1206
Q101
SOT23GSD
Q101
SOT23GSD
G
S D
C108
0805
C108
0805
C137
0402
C137
0402
R134
1206
R134
1206
VGHCVGHC
P
A
D
1
C110
0805
C110
0805
D105
DS2010B
D105
DS2010B
R112
0402
R112
0402
C125
1210
C125
1210
D109
DS1406A
D109
DS1406A
C140
1206
C140
1206
R114
0402
R114
0402
R107
0805
R107
0805
C101
1210
C101
1210
C114
0805
C114
0805
U104U104
SS1
BST2
VIN3
SW4 GND 5
FB 6
COMP 7
EN 8
G
1
G
1
C126
0603
C126
0603
HAVDDHAVDD
P
A
D
1
D110
DS1406A
D110
DS1406A
C104
1210
C104
1210
R137
1206
R137
1206
C118
1210
C118
1210
R103
0402
R103
0402
R123
0402
R123
0402
C129
0603
C129
0603
R106
0402
R106
0402
L101
LS4040A
L101
LS4040A
R115
0402
R115
0402
C123
0603
C123
0603
R126
1206
R126
1206
C145
1210
C145
1210
L102
LS4040A
L102
LS4040A
VGLVGL
P
A
D
1
C107
0402
C107
0402
R119
0402
R119
0402
C117
0805
C117
0805
C112
0805
C112
0805
C144
1206
C144
1206
C127
1206
C127
1206
C143
0402
C143
0402
R120
0402
R120
0402
C130
1206
C130
1206
C133
1206
C133
1206
R132
1206
R132
1206
C111
0805
C111
0805
V3D3V3D3
P
A
D
1
C139
1206
C139
1206
C120
0402
C120
0402
AVDDAVDD
P
A
D
1
U105U105
VGH 1
VGHM 2
RE 3
CD 4VD5
VDPM6
GND7
VFLK8
R144
0603
R144
0603
R122
0402
R122
0402
D101
DS2010B
D101
DS2010B
R127
1206
R127
1206
R116
0603
R116
0603
C132
1206
C132
1206
R104
0402
R104
0402
C115
0805
C115
0805
C109
0805
C109
0805
R131
0805
R131
0805
C103
1210
C103
1210
R108
0603
R108
0603
D104
DS1406A
D104
DS1406A
R135
1206
R135
1206
R136
1206
R136
1206
R140
0603
R140
0603
R143
0603
R143
0603
C119
1210
C119
1210
C124
0603
C124
0603
R102
0402
R102
0402
C121
0402
C121
0402
C102
1210
C102
1210
R124
0603
R124
0603
R118
0603
R118
0603
C106
0603
C106
0603
5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
REF_F22
REF_F11
VGMA_REF
REF_F6
REF_F19
REF_F21
REF_F8
REF_F15
REFB12
REF_F13
REF_F10
REF_F2
REF_F17
REFB1
REF_F4
VGMA10
REFB21
REFB19
AVDD
REFB17
REFB15
REFB13
REFB12
REFB11
REFB8
REFB10
VGMA12
VGMA19
REFB4
REFB6
VGMA17
VGMA21
AVDD
REFB1
VGMA2
VGMA15
REFB2
VGMA13
VGMA[1..22]
VGMA1
VGMA11
REFB22 VGMA22
VGMA4
VGMA6
VGMA8
REFB22
REFB11
AVDD
RE
F_
F6
RE
FB
15
RE
FB
10
RE
F_
F1
7
RE
FB
12
RE
F_
F1
9
REFB22
RE
F_
F1
5
RE
F_
F1
3
REFB21
RE
FB
8
RE
FB
6
RE
FB
17
REFB19
RE
FB
13
REF_F22
RE
F_
F1
1
AVDD
REF_F21
RE
FB
11
RE
F_
F8
RE
FB
4
REFB1
RE
F_
F1
0
REF_F1
RE
F_
F1
2
RE
F_
F4
REF_F2
RE
FB
2
AVDD
REF_F1
REF_F12
VCOMF2
VCOMF
GND
AVDD
GND
VGMA[1..22]
VCOMF2
VCOMF
Model Name
Size Document Number Rev
Date: Sheet of
Custom
3 4Wednesday, October 01, 2008
T370HW02 VC CB
友達光電電視顯示器產品研發處
Gamma(14+1) EC02
<Variant Name>
Model Name
Size Document Number Rev
Date: Sheet of
Custom
3 4Wednesday, October 01, 2008
T370HW02 VC CB
友達光電電視顯示器產品研發處
Gamma(14+1) EC02
<Variant Name>
Model Name
Size Document Number Rev
Date: Sheet of
Custom
3 4Wednesday, October 01, 2008
T370HW02 VC CB
友達光電電視顯示器產品研發處
Gamma(14+1) EC02
<Variant Name>
VG1 & VG22 => L255.
VG2 & VG21 => L254
VG4 & VG19 => L223
VG6 & VG17 => L128
VG8 & VG15 => L32
VG10 & VG13 => L2
VG11 & VG12 => L0
Negative Gamma Value
Close to U500 pin38
Positive Gamma Value
Close to U500 pin23
Close to U501
Close to U500 pin32
Close to U500 pin29
Close to U500 pin30
Close to U201 pin22
Close to U500 pin8
Close to U500 pin15
Close to U500 pin47
Close to U500 pin43
R510
0603
R510
0603
C527
0603C527
0603
VG6VG6
P
A
D
1
REF6REF6
PAD 1
VZREFVZREF
PAD 1
C503
0603
C503
0603
VG11VG11
P
A
D
1
VG2VG2
P
A
D
1
VG19VG19
P
A
D
1
REF4REF4
PAD 1
VG13VG13
P
A
D
1
C521
0603
C521
0603
REF17REF17
PAD 1
RN500
0402
RN500
04021
2
3
4 5
6
7
8
VG22VG22
P
A
D
1
R528
0603
R528
0603
R536
0603
R536
0603
C517
0603
C517
0603
C522
0603
C522
0603
C514
0603
C514
0603
R542
0603
R542
0603
R512
0603
R512
0603
C511
0603
C511
0603
R513
0603
R513
0603
REF_F11REF_F11
PAD 1
R529
0603
R529
0603
C508
0603
C508
0603
R541
0603
R541
0603
C505
0603
C505
0603
REF8REF8
PAD 1
R523
0603
R523
0603
RN501
0402
RN501
04021
2
3
4 5
6
7
8
R534
0603
R534
0603
REF21REF21
PAD 1
R538
0603
R538
0603
R544
0402
R544
0402
R511
0603
R511
0603
C502
0603
C502
0603
R518
0603
R518
0603
R506
0603
R506
0603
R516
0603
R516
0603
R530
0603
R530
0603
R526
0603
R526
0603
C519
0603
C519
0603
RN502
0402
RN502
04021
2
3
4 5
6
7
8
R515
0603
R515
0603
R514
0603
R514
0603
R543
0402
R543
0402
R520
0603
R520
0603
REF15REF15
PAD 1
R500
0805
R500
0805
VG17VG17
P
A
D
1
VG12VG12
P
A
D
1
REF13REF13
PAD 1
C516
0603
C516
0603
VG8VG8
P
A
D
1
R539
0603
R539
0603
C524
1210
C524
1210
C520
0603
C520
0603
REF2REF2
PAD 1
C525
0805
C525
0805
R503
0603
R503
0603
R501
0402
R501
0402
C513
0603
C513
0603
VG1VG1
P
A
D
1
R508
0603
R508
0603
C510
0603
C510
0603
U500U500
Lo
2
Jo
4
K
o
3
M
o
1
Io
5
H
o
6
V
S
S
7
N.C. 16
VDD 15
N.C. 14
Co 13
D
o
12
E
o
11
Fo
10
V
D
D
8
G
o
9
N.C. 17
Bo 18
VSS 19
Ao 20
VSS 21
VDD 22
Ai 23
Bi 24
C
i
25
D
i
26
E
i
27
Fi
28
G
i
29
V
D
D
30
V
S
S
31
H
i
32
Ii
33
Ji
34
K
i
35
Li
36
Mi37
Ni38
Vcomi39
N.C.40
N.C.41
N.C.42
VDD43
VSS44
VDD45
VSS46
Vcomo47
No48
G
1
G
1
C507
0603
C507
0603
R521
0603
R521
0603
REF_F12REF_F12
PAD 1
REF_F1REF_F1
PAD 1
C504
0603
C504
0603
R504
0603
R504
0603
VG4VG4
P
A
D
1
REF_F22REF_F22
PAD 1
R531
0603
R531
0603
R532
0603
R532
0603
R535
0603
R535
0603
R507
0603
R507
0603
VGMA_REFVGMA_REF
P
A
D
1
R505
0603
R505
0603
R524
0603
R524
0603
VG10VG10
P
A
D
1
C518
0603
C518
0603
C512
0603
C512
0603
C523
0603
C523
0603
R537
0603
R537
0603
C526
0805
C526
0805
C515
0603
C515
0603
R545
0402
R545
0402
R522
0603
R522
0603
R517
0603
R517
0603
R525
0603
R525
0603
VG15VG15
P
A
D
1
VG21VG21
P
A
D
1
REF19REF19
PAD 1
C501
0603
C501
0603
U501U501
REFR
A
N
O
D
E
A
C
A
TH
C
C509
0603
C509
0603
C506
0603
C506
0603
R527
0603
R527
0603
R540
0603
R540
0603
R533
0603
R533
0603
REF10REF10
PAD 1
5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
VDD_V1D2
LV
P
[4
..6
]
R
V
N
[4
..6
]
R
V
P
[4
..6
]
V3D3
LV
N
[4
..6
]
GND
R
V
N
[0
..2
]
R
X
IN
O
P
1
R
V
N
5
R
X
IN
O
N
2
R
X
IN
O
P
2
R
X
IN
E
P
[0
..3
]
R
V
P
5
XIN
R
X
C
LK
O
N
R
X
C
LK
O
P
R
X
IN
O
N
3
AGBSEN
VDD_V1D2
R
X
IN
O
P
3
R
V
P
4
LVDSORD
R
X
IN
E
P
0
R
V
P
[0
..2
]
R
X
IN
E
N
1
R
X
IN
E
P
1
R
X
IN
E
N
2
R
X
IN
E
P
2
R
X
C
LK
E
N
R
X
C
LK
E
P
RVN2
R
X
IN
E
N
3
R
X
IN
E
P
3
RVP2
RVN1
RVP1
RVN0
EEPROM_Hi
XPOL
RVP0
YDIO_T
VDD_V3D3
INSCL
VDD_V3D3
VDD_V3D3
YCLK_T
VDD_V3D3
VDD_V3D3
YOE_T
VDD_V1D2
XOUT
R
X
IN
E
N
0
RST
V3D3
YV1C
R
X
IN
O
P
[0
..3
]
R
V
N
4
R
X
IN
O
N
[0
..3
]
LV
C
LK
P
LV
C
LK
N
GND
VDD_V3D3
LV
N
6
VDD_V1D2
LV
P
6
VDD_V1D2
VDD_V1D2
LV
N
5
VDD_V1D2
LV
P
5
VDD_V1D2
LV
P
4
LV
P
[0
..2
]
VDD_V3D3
LV
N
[0
..2
]
LV
N
2
XSTB
VDD_V3D3
R
X
IN
E
N
[0
..3
]
LV
N
1
R
V
C
LK
N
LV
P
1
OSCSEL
LV
N
0
LV
P
0
INSDA
EPWP
V1D2
R
X
IN
O
N
0
R
V
N
6
R
X
IN
O
N
1
ODEN
R
X
IN
O
P
0
R
V
P
6
VDD_V3D3
V3D3
LV
N
4
LV
P
2
EXSCL
EXSDA
R
V
C
LK
P
R
X
IN
O
N
[0
..3
]
GND
R
X
IN
O
P
[0
..3
]
R
X
C
LK
O
N
R
X
C
LK
O
P
R
X
C
LK
E
N
R
X
C
LK
E
P
R
X
IN
E
N
[0
..3
]
R
X
IN
E
P
[0
..3
]
LVDSORD
AGBSEN
EXSDA
EXSCL
V1D2
V3D3
YV1C
XSTB
XPOL
YOE_T
YCLK_T
YDIO_T
R
V
P
[4
..6
]
R
V
N
[4
..6
]
LV
P
[0
..2
]
LV
N
[0
..2
]R
V
C
LK
P
R
V
C
LK
N
LV
C
LK
N
LV
C
LK
P
LV
P
[4
..6
]
LV
N
[4
..6
]
R
V
N
[0
..2
]
R
V
P
[0
..2
]
EXWP
Model Name
Size Document Number Rev
Date: Sheet of
Custom
4 4Wednesday, October 01, 2008
T370HW02 VC CB
友達光電電視顯示器產品研發處
T-CON(12401 K1/B1) EC02
<Variant Name>
Model Name
Size Document Number Rev
Date: Sheet of
Custom
4 4Wednesday, October 01, 2008
T370HW02 VC CB
友達光電電視顯示器產品研發處
T-CON(12401 K1/B1) EC02
<Variant Name>
Model Name
Size Document Number Rev
Date: Sheet of
Custom
4 4Wednesday, October 01, 2008
T370HW02 VC CB
友達光電電視顯示器產品研發處
T-CON(12401 K1/B1) EC02
<Variant Name>
Closed to pin38 of U300
Td(sec) = R(Ω) * C(F) * 0.79
=0.22u * 0.56K * 0.79 = 97mS
For KME use
Close to U300
Closed to pin8 of U301
Close to U300
Closed to pin117 of U300
Closed to pin127 of U300
Closed to pin33 of U300
Closed to pin65 of U300
NC
NC
Closed to pin56 of U300
NC
Data Mapping Setting Table
PIX_SFT_EN
MODE41
FRVS1
FRVS2
BRVS
CHPXF
CHPXB
CHFB
CHML
CHRB
CHPN
0
0
0
0
0
0
0
0
1
0
1
OD_EN
Internal Register 
0 : disable (internal pull down)
1 : Enable
On Bottom Layer
NC
U302(Customer request)
Device Address:A4
For AUO setting:
Device Address:AE
VSEL(internal pull up)
0:3.3V
1:2.5V
C304
0603
C304
0603
IN
S
C
L
IN
S
C
L
P
A
D
1
C320
0603
C320
0603
C309
0402
C309
0402
R304
0402
R304
0402
Y301Y301 1
4
2
3
L302
LS0603A
L302
LS0603A
C318
0603
C318
0603
R313
0603
R313
0603
C328
0603
C328
0603
AUO12401 K1
U300
AUO12401 K1
U300
R
X
IN
O
0N
1
R
X
IN
O
0P
2
R
X
IN
O
1N
3
R
X
IN
O
0P
4
R
X
IN
O
2N
5
R
X
IN
O
2P
6
V
D
D
L
7
G
N
D
8
R
X
C
LK
O
N
9
R
X
C
LK
O
P
10
R
X
IN
O
3N
11
R
X
IN
O
3P
12
R
X
IN
O
4N
13
R
X
IN
O
4P
14
V
D
D
L
15
G
N
D
16
V
D
D
C
12
17
V
D
D
C
12
18
G
N
D
19
R
X
IN
E
0N
20
R
X
IN
E
0P
21
R
X
IN
E
1N
22
R
X
IN
E
1P
23
R
X
IN
E
2N
24
R
X
IN
E
2P
25
V
D
D
L
26
R
X
C
LK
E
N
27
R
X
C
LK
E
P
28
R
X
IN
E
3N
29
R
X
IN
E
3P
30
R
X
IN
E
4N
31
R
X
IN
E
4P
32
TEST 64
SWAPL 63
GOAEN 62
SPDEN 61
DCREN 60
ODEN 59
AGBSEN 58
LVDSORD 57
VDDIO 56
GND 55
VDDC12 54
VSEL 53
XSTB 52
XBDO 51
XPOL 50
YDIO 49
YCLK 48
YOE1 47
YOE2 46
VDDIO 45
GND 44
YOE3 43
YOE4 42
YV1C 41
GND 40
VDDC12 39
RSTN 38
INSDA 37
INSCL 36
EPWP 35
EXSDA 34
EXSCL 33
R
V
2N
96
R
V
2P
95
G
N
D
94
V
D
D
M
93
R
V
1N
92
R
V
1P
91
R
V
0N
90
R
V
0P
89
LV
7N
88
LV
7P
87
LV
6N
86
LV
6P
85
G
N
D
84
V
D
D
M
83
LV
5N
82
LV
5P
81
LV
4N
80
LV
4P
79
G
N
D
78
V
D
D
C
12
77
LV
C
LK
N
76
LV
C
LK
P
75
LV
3N
74
LV
3P
73
LV
2N
72
LV
2P
71
G
N
D
70
V
D
D
M
69
LV
1N
68
LV
1P
67
LV
0N
66
LV
0P
65
PV3P97
RV3N98
VDDWR99
PFCAP100
RVCLKP101
RVCLKN102
RV4P103
RV4N104
RV5P105
RV5N106
VDDM107
GND108
RV6P109
RV6N110
RV7P111
RV7N112
GND113
RMLVDS114
VDDIO115
REXT116
VDDC12117
VDDC12118
GND119
GND121
GND122
VDDIO123
GND124
PWM125
OSCSEL126
XIN127
XOUT128
VDDIO120
G
1
G
1
C313
0603
C313
0603
C319
0402
C319
0402
C303
0603
C303
0603
C301
0603
C301
0603
C316
0603
C316
0603
L300
LS0603A
L300
LS0603A
C302
0402
C302
0402
R312
0603
R312
0603
C315
0603
C315
0603
R305
0402
R305
0402
C321
0402
C321
0402
BA301
0603
BA301
0603
1
3
2
4
C323
0603
C323
0603
C325
0603
C325
0603
BA300
0603
BA300
0603
1
3
2
4
C311
0402
C311
0402
R319
0402
R319
0402
V
C
C
E
V
C
C
E
P
A
D
1
R303
0402
R303
0402
IN
S
D
A
IN
S
D
A
P
A
D
1
U301U301
A0 1
A1 2
A2 3
GND 4SDA5
SCL6
WP7
VCC8
R315
0402
R315
0402
R311
0402
R311
0402
R301
0402
R301
0402
L301
LS0603A
L301
LS0603A
C307
0603
C307
0603
C327
1206
C327
1206
R309
0402
R309
0402
R316
0402
R316
0402
R310
0603
R310
0603R302
0402
R302
0402
C317
0603
C317
0603
C322
0603
C322
0603
U302U302
A0 1
A1 2
A2 3
GND 4SDA5
SCL6
WP7
VCC8
C306
0402
C306
0402
C310
0402
C310
0402
R317
0402
R317
0402
R306 0402R306 0402
D300
DS1005A
D300
DS1005A
C324
0402
C324
0402
C308
0603
C308
0603
R308
0402
R308
0402
R314
0402
R314
0402
R307
0603
R307
0603
C314
0402
C314
0402
E
P
W
P
E
P
W
P
P
A
D
1
G
N
D
E
G
N
D
E
P
A
D
1
C305
0603
C305
0603
C312
0603
C312
0603
C326
0603
C326
0603
R318
0402
R318
0402
RSTRST
P
A
D
1
5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
R
xI
N
P
0
A
G
M
O
D
E
N
R
xC
LK
N
R
xI
N
P
1
R
xC
LK
N
R
xC
LK
P
R
xI
N
N
[0
..3
]
R
xC
LK
P
R
xI
N
P[
0.
.3
]
LV
D
S
_S
C
L
R
xI
N
N
3
R
xI
N
N
2
R
xI
N
P
3
R
xI
N
P
2
A
G
M
O
D
E
R
xI
N
N
1
LV
D
S
_S
D
A
R
xI
N
N
0
LV
D
S
O
R
D
LV
D
S
R
xC
LK
N
R
xI
N
P
0
R
xC
LK
P
R
xI
N
N
0
R
xI
N
N
1
R
xI
N
P
1
R
xI
N
P
2
R
xI
N
N
2
R
xI
N
N
3
R
xI
N
P
3
LV
D
S
_S
D
A
A
G
M
O
D
E
V
IN
LV
D
S
_S
C
L
G
N
D
V12VIN
E
X
S
D
A
E
X
S
C
L
M
LV
F
N
2
M
LV
F
N
3
M
LV
F
N
4
M
LV
F
C
LK
P
M
LV
F
N
5
M
LV
F
C
LK
N
M
LV
B
N
2
M
LV
B
N
3
M
LV
B
N
4
M
LV
B
C
LK
P
M
LV
B
N
5
M
LV
B
C
LK
N
M
LV
B
P
1
M
LV
B
P
2
M
LV
B
P
3
M
LV
B
P
4
M
LV
B
P
0
M
LV
B
P
5
M
LV
B
N
0
M
LV
B
N
1
X
P
O
L_O
U
T
X
S
T
B
_O
U
T
Y
D
IO
U
_O
U
T
Y
O
E
1_O
U
T
M
LV
F
P
1
M
LV
F
P
2
M
LV
F
P
3
M
LV
F
P
4
M
LV
F
P
0
M
LV
F
P
5
Y
C
LK
_O
U
T
M
LV
F
N
0
M
LV
F
N
1
M
LV
F
P
[0
..
5]
M
LV
F
N
[0
..
5]
M
LV
B
P
[0
..
5]
M
LV
B
N
[0
..
5]
Y
D
IO
U
_O
U
T
Y
O
E
1_O
U
T
Y
C
LK
_O
U
T
X
P
O
L_O
U
T
X
S
T
B
_O
U
T
M
LV
F
N
2
M
LV
F
N
3
M
LV
F
N
4
M
LV
F
C
LK
P
M
LV
F
N
5
M
LV
F
C
LK
N
M
LV
F
P
1
M
LV
F
P
2
M
LV
F
P
3
M
LV
F
P
4
M
LV
F
P
0
M
LV
F
P
5
M
LV
F
N
0
M
LV
F
N
1
M
LV
B
N
2
M
LV
B
N
3
M
LV
B
N
4
M
LV
B
C
LK
P
M
LV
B
N
5
M
LV
B
C
LK
N
M
LV
B
P
1
M
LV
B
P
2
M
LV
B
P
3
M
LV
B
P
4
M
LV
B
P
0
M
LV
B
P
5
M
LV
B
N
0
M
LV
B
N
1
V
3D
3
V
G
L
V
G
H
C
V
C
O
M
2
A
V
D
D
R
E
S
3
R
E
S
2
R
E
S
1
R
E
S
1
R
E
S
2
R
E
S
3
X
S
T
B
_O
U
T
X
P
O
L_O
U
T
A
V
D
D
V
C
O
M
2
C
O
M
F
2
V
G
H
C
V
G
L
V
3D
3
Y
O
E
1_O
U
T
Y
C
LK
_O
U
T
Y
D
IO
U
_O
U
T
X
P
O
L_O
U
T
X
S
T
B
_O
U
T
V
3D
3
V
G
L
V
G
H
C
C
O
M
F
2
V
C
O
M
2
A
V
D
D
V
G
M
A
[1
..
14
]
V
G
M
A
1
V
G
M
A
2
V
G
M
A
3
V
G
M
A
4
V
G
M
A
5
V
G
M
A
6
V
G
M
A
7
V
G
M
A
8
V
G
M
A
9
V
G
M
A
10
V
G
M
A
11
V
G
M
A
12
V
G
M
A
13
V
G
M
A
14
LVDS
VIN_B
V
G
M
A
4
V
G
M
A
5
V
G
M
A
6
V
G
M
A
7
V
G
M
A
8
V
G
M
A
9
V
G
M
A
1
V
G
M
A
10
V
G
M
A
11
V
G
M
A
12
V
G
M
A
2
V
G
M
A
13
V
G
M
A
14
V
G
M
A
3
V
G
M
A
4
V
G
M
A
5
V
G
M
A
6
V
G
M
A
7
V
G
M
A
8
V
G
M
A
9
V
G
M
A
1
V
G
M
A
10
V
G
M
A
11
V
G
M
A
12
V
G
M
A
2
V
G
M
A
13
V
G
M
A
14
V
G
M
A
3
R
xI
N
N
2
R
xI
N
P
3
R
xI
N
N
3
R
xI
N
P
1
R
xI
N
N
1
R
xI
N
P
0
LV
D
S
R
xI
N
N
0
R
xC
LK
P
V
IN
R
xC
LK
N
LV
D
S
_S
D
A
A
G
M
O
D
E
LV
D
S
_S
C
L
R
xI
N
P
2
LV
D
S
_W
P
LV
D
S
_W
P
LV
D
S
_W
P
E
X
W
P
VIN
VDD_V3D3
Model Name
Size Document Number Rev
Date: Sheet of
T370XW02_VFK0_CTRB(EC02)_20080923.DSN 02D
1 4Tuesday , September 23, 2008
T370XW02 VFK0
<Variant Name>
Model Name
Size Document Number Rev
Date: Sheet of
T370XW02_VFK0_CTRB(EC02)_20080923.DSN 02D
1 4Tuesday , September 23, 2008
T370XW02 VFK0
<Variant Name>
Model Name
Size Document Number Rev
Date: Sheet of
T370XW02_VFK0_CTRB(EC02)_20080923.DSN 02D
1 4Tuesday , September 23, 2008
T370XW02 VFK0
<Variant Name>
AUO-11401
Gamma
DC/DC & VCOM
J03
801
1
VG1
1 80
1
Sketch Map
VG22
J01
J02
Close to TCON
LVDS Option:H(3.3V),NC(OPEN) --> NS, THun 
 L(GND) --> JEIDA
AGMODEN Option: L(0V),NC(OPEN) --> Normal 
 H(3.3V) --> Enter Aging Mode
X-Front X-Back
MD40_NPTH
MD40_NPTH
MD40_NPTHMD40_NPTH
MD40_NPTH
MD45_NPTHMD43_NPTH
MD43_NPTH
MD45_NPTH
Inverse circuitGH6GH6
1
D02
DS1406A
D02
DS1406A
R
xI
N
P
0
R
xI
N
P
0
P
A
D
1
R01
5%
0402
R01
5%
0402
GH9GH9
1
R08
5%
0402
R08
5%
0402
R
xI
N
N
0
R
xI
N
N
0
P
A
D
1
R
X
IN
N
2
R
X
IN
N
2
P
A
D
1
C07
X7R
25V
0.81~0.90mm
0603
C07
X7R
25V
0.81~0.90mm
0603
R11
1%
0402
R11
1%
0402
V
IN
_1
2V
V
IN
_1
2V
P
A
D
1
R
xI
N
P
3
R
xI
N
P
3
P
A
D
1
LV
D
S
_I
N
LV
D
S
_I
N
P
A
D
1
J02J02
G
1
G
2
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80
ZD01 DS1406AZD01 DS1406A
D01
DS2114A
D01
DS2114A
R
xI
N
P
1
R
xI
N
P
1
P
A
D
1
R03
5%
0402
R03
5%
0402
C01
X7R
25V
0603
0.81~0.90mm
C01
X7R
25V
0603
0.81~0.90mm
GH8GH8
1
F01
1206
F01
1206
GH5GH5
1
R09
5%
0402
R09
5%
0402
R05
5%
0402
R05
5%
0402
E
X
_W
P
E
X
_W
P
P
A
D
1
R
xC
LK
P
R
xC
LK
P
P
A
D
1
R02
5%
0402
R02
5%
0402
5%
0402
R04
5%
0402
R04
C02
X7R
25V
0805
1.41~1.60mm
C02
X7R
25V
0805
1.41~1.60mm
E
X
_S
C
L
E
X
_S
C
L
P
A
D
1
TCON
V
1D
8
GND
V
3D
3
Y
V
1C
LV
D
S
O
R
D
A
G
M
O
D
E
N
R
xI
N
N
[0
..
3]
R
xI
N
P
[0
..
3]
R
xC
LK
N
R
xC
LK
P
E
X
S
C
L
E
X
S
D
A
Y
O
E
1_
O
U
T
Y
C
LK
_O
U
T
Y
D
IO
U
_O
U
T
X
S
T
B
_O
U
T
X
P
O
L_
O
U
T
M
LV
F
C
LK
P
M
LV
F
C
LK
N
M
LV
B
C
LK
P
M
LV
B
C
LK
N
M
LV
F
P
[0
..
5]
M
LV
F
N
[0
..
5]
M
LV
B
P
[0
..
5]
M
LV
B
N
[0
..
5]
E
X
W
P
J1J1
1234567891011121314151617181920212223242526272829303132G
2
G
1
G
3
G
4
G
5
G
6
G
7
G
8
G
9
G
10
J03J03
G
1
G
2
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80
Q01
SOT416GSD
Q01
SOT416GSD G
D
S
R13
5%
0402
R13
5%
0402
G
N
D
G
N
D
P
A
D
1
R
xI
N
N
1
R
xI
N
N
1
P
A
D
1
R06
5%
0402
R06
5%
0402
C06 X7R
25V
0.81~0.90mm
0603
C06 X7R
25V
0.81~0.90mm
0603
GH3GH3
1
A
G
M
O
D
E
A
G
M
O
D
E
P
A
D
1
R
xI
N
N
3
R
xI
N
N
3
P
A
D
1
R12
5%
0402
R12
5%
0402
R07
5%
0402
R07
5%
0402
R
xC
LK
N
R
xC
LK
N
P
A
D
1
DC-DC
YV1C
G
N
D
V
3D
3
V
G
L
V
G
H
C
V1D8
AVDD
V
12
GH2GH2
1
Gamma
GND
A
V
D
D
VGMA[1..14]
VCOM2
COMF2
GH4GH4
1
ZD02 DS1406AZD02 DS1406A
B01
LS1206A
B01
LS1206A
R
X
IN
P
2
R
X
IN
P
2
P
A
D
1
R10
5%
0402
R10
5%
0402
GH7GH7
1
E
X
_S
D
A
E
X
_S
D
A
P
A
D
1
GH1GH1
1
C08
X7R
16V
0402
0.51~0.60mm
C08
X7R
16V
0402
0.51~0.60mm
5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
DRP
REFSW
AVDD
V3D3
AVDD_1
GD
SWA
AVDD_1
AVDD_1
SUP
V3D3_F
Vo1
V1D8
REF
VGH
VGHM
FBP
Vo1
Vo1
V3D3
V1D8
GND
VGL
AVDDV12
VGHC
YV1C
V12
V12
V12
V12
V12
Vo1
V3D3
AVDD_1
REF
Model Name
Size Document Number Rev
Date: Sheet of
T370XW02_VFK0_CTRB(EC02)_20080923.DSN 02D
2 4Tuesday , September 23, 2008
T370XW02 VFK0
<Variant Name>
Model Name
Size Document Number Rev
Date: Sheet of
T370XW02_VFK0_CTRB(EC02)_20080923.DSN 02D
2 4Tuesday , September 23, 2008
T370XW02 VFK0
<Variant Name>
Model Name
Size Document Number Rev
Date: Sheet of
T370XW02_VFK0_CTRB(EC02)_20080923.DSN 02D
2 4Tuesday , September 23, 2008
T370XW02 VFK0
<Variant Name>
3.3V
1.8V
C138 Soft Start AVDD: 22nF typically
C139 Delay for VGH: delay time between Vbuck and VGH
C140 Delay for VGL: delay time between Vbuck and VGL
TI-65161PWPR part No. is changed to 
SN0703052PWPR for AUO
C143, C144, put closedto U101 pin20/21
AUO Confidential
C101, C102, put closed to L101
16V
27V
-6V
C142
X7R
25V
0603
0.81~0.90mm
C142
X7R
25V
0603
0.81~0.90mm
C144
X7R
25V
2.01~2.30mm
1210
C144
X7R
25V
2.01~2.30mm
1210
D101
DS2010B
D101
DS2010B
U102U102
G
N
D
G
Vin
I
Vout
O
R120
1%
0402
R120
1%
0402
R143
1%
0402
R143
1%
0402
AVDDAVDD
P
A
D
1
Q101
SOT23GSD
Q101
SOT23GSD
G
S D
R113
1%
0402
R113
1%
0402
R109
1%
0603
R109
1%
0603
C115
X7R
10V
1.61~1.80mm
1206
C115
X7R
10V
1.61~1.80mm
1206
V3D3_FV3D3_F
P
A
D
1
C119
X7R
25V
0603
0.81~0.90mm
C119
X7R
25V
0603
0.81~0.90mm
R128
1%
0402
R128
1%
0402
R115
5%
0805
R115
5%
0805
C109
X7R
25V
2.01~2.30mm
1210
C109
X7R
25V
2.01~2.30mm
1210
C104
X7R
25V
1210
2.01~2.30mm
C104
X7R
25V
1210
2.01~2.30mm
VGHVGH
PAD
1
R103
5%
0402
R103
5%
0402
C136
X7R
16V
1206
1.61~1.80mm
C136
X7R
16V
1206
1.61~1.80mm
C108
X7R
25V
0603
0.81~0.90mm
C108
X7R
25V
0603
0.81~0.90mm
C128
X7R
50V 1206
1.21~1.40mm
C128
X7R
50V 1206
1.21~1.40mm
R125
5%
0805
R125
5%
0805
D102
DS1406A
D102
DS1406A
U101U101
FB
1
COMP
2
OS
3
SW
4
SW
5
PGND
6
PGND
7
SUP
8
EN2
9
DRP
10
DRN
11
FREQ
12
FBN
13
FBP
14
FBB
15
EN1
16
BOOT
17
SWB
18
NC
19
VINB
20
SS
28
GD
27
DLY2
26
DLY1
25
REF
24
GND
23
AVIN
22
VINB
21
G
1
G
1
V3D3V3D3
P
A
D
1
R145 5%
0402
R145 5%
0402
R108
5%
0805
R108
5%
0805
R146
5%
0402
R146
5%
0402
R141
5%
0805
R141
5%
0805 V1D8V1D8
P
A
D
1
C116
X7R
10V
1.61~1.80mm
1206
C116
X7R
10V
1.61~1.80mm
1206
R107
5%
0805
R107
5%
0805
C110
X7R
25V
2.01~2.30mm
1210
C110
X7R
25V
2.01~2.30mm
1210
C122
X7R
10V
1206
1.61~1.80mm
C122
X7R
10V
1206
1.61~1.80mm
R144
1%
0402
R144
1%
0402
C135
X7R
50V
0805
1.41~1.60mm
C135
X7R
50V
0805
1.41~1.60mm
R123
5%
0603
R123
5%
0603
R121
5%
0805
R121
5%
0805
R117
1%
1206
R117
1%
1206
R101
5%
0805
R101
5%
0805
R142
1%
0805
R142
1%
0805
C111
X7R 50V 0.51~0.60mm
0402C111
X7R 50V 0.51~0.60mm
0402
AVDD_FAVDD_F
P
A
D
1
C117
X7R
50V
0.51~0.60mm
0402
C117
X7R
50V
0.51~0.60mm
0402
R122
5%
0805
R122
5%
0805
C114
X7R
25V
0603
0.81~0.90mm
C114
X7R
25V
0603
0.81~0.90mm
C101
X7R
25V
2.01~2.30mm
1210
C101
X7R
25V
2.01~2.30mm
1210
C138
X7R
25V
0.51~0.60mm
0402
C138
X7R
25V
0.51~0.60mm
0402
C103
X7R
25V
1210
2.01~2.30mm
C103
X7R
25V
1210
2.01~2.30mm
C134
X7R
25V
0.51~0.60mm
0402
C134
X7R
25V
0.51~0.60mm
0402
R124
5%
0603
R124
5%
0603
U103U103
VGH
1
VGHM
2
RE
3
CD
4
VD
5
VDPM
6
GND
7
VFLK
8
R111
1%
0402
R111
1%
0402
C121
X7R
6.3V
1206
1.61~1.80mm
C121
X7R
6.3V
1206
1.61~1.80mm
C113
X7R
50V
0805
0.61~0.70mm
C113
X7R
50V
0805
0.61~0.70mm
C126
X7R
50V
1210
2.01~2.30mm
C126
X7R
50V
1210
2.01~2.30mm
R118
1%
0402
R118
1%
0402
C107
NPO
50V
0.51~0.60mm
0402
C107
NPO
50V
0.51~0.60mm
0402
C129
NPO
50V
0.51~0.60mm
0402
C129
NPO
50V
0.51~0.60mm
0402
C137
X7R
50V
0603
0.81~0.90mm
C137
X7R
50V
0603
0.81~0.90mm
C106
X7R
50V
0603
0.81~0.90mm
C106
X7R
50V
0603
0.81~0.90mm
D105
SOT23AKJ
D105
SOT23AKJ
A
K
J
R126
5%
0603
R126
5%
0603
C125
X7R
50V
0805
1.41~1.60mm
C125
X7R
50V
0805
1.41~1.60mm
R106
1%
0603
R106
1%
0603
R112
5%
0402
R112
5%
0402
R105
5% 0402
R105
5% 0402
C127
X7R 16V
0402
0.51~0.60mm
C127
X7R 16V
0402
0.51~0.60mm
C140
X7R
16V
0.51~0.60mm
0402
C140
X7R
16V
0.51~0.60mm
0402
C123
X7R
25V
0603
0.81~0.90mm
C123
X7R
25V
0603
0.81~0.90mm
R104
1%
0402
R104
1%
0402
C143
X7R
25V
2.01~2.30mm
1210
C143
X7R
25V
2.01~2.30mm
1210
C141
X7R
25V0603
0.81~0.90mm
C141
X7R
25V0603
0.81~0.90mm
C118
X7R
25V
2.01~2.30mm
1210
C118
X7R
25V
2.01~2.30mm
1210
R114
5%
0805
R114
5%
0805
VGLVGL
P
A
D
1
VGHCVGHC
P
A
D
1 C139
X7R
16V
0.51~0.60mm
0402
C139
X7R
16V
0.51~0.60mm
0402
R102
1%
0402
R102
1%
0402
R116
5%
0805
R116
5%
0805
R119
5%
0402
R119
5%
0402
R127
1%
0402
R127
1%
0402
L101
LS4040A
25%
L101
LS4040A
25%
C120
X7R
10V
1.61~1.80mm
1206
C120
X7R
10V
1.61~1.80mm
1206
D104
SOT23AKJ
D104
SOT23AKJ
A
K
J
R110
1%
1206
R110
1%
1206
C105
X7R
25V
1210
2.01~2.30mm
C105
X7R
25V
1210
2.01~2.30mm
C102
X7R
25V
2.01~2.30mm
1210
C102
X7R
25V
2.01~2.30mm
1210
C133
X7R
50V
0805
1.41~1.60mm
C133
X7R
50V
0805
1.41~1.60mm
L102
LS4040A
25%
L102
LS4040A
25%
C124
X7R
25V
0805
1.41~1.60mm
C124
X7R
25V
0805
1.41~1.60mm
C112
X7R
50V
0805
1.41~1.60mm
C112
X7R
50V
0805
1.41~1.60mm
5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
REF_B8
REF_B13
REF_B21
REF_B16
REF_B15
REF_B17
REF_B1
REF_B11
REF_B22
REF_B12
VCOMG
COMF2
VCOM2
REF_F21
VGMA2
VGMA3
VGMA4
VGMA5
REF_B10VGMA6
REF_F6
VGMA8
VGMA1
VGMA9
VGMA10
REF_F8
VGMA11
VGMA7
VGMA12
REF_F10
VGMA13
AVDD
GND
VGMA14
REF_B2
V
G
M
A
[1
..
14
]
REF_B6
REF_F2
REF_F7
VGMA_REF
REF_F13
REF_F15
REF_F16
REF_F17
REF_B7
GND
AVDD
VGMA[1..14]
VCOM2
COMF2
REF_B1 REF_B1
REF_F1
REF_F1
REF_F11
REF_F11
REF_B11
REF_B11
REF_B12
REF_F12
REF_B12
REF_F12
REF_B22
REF_B22
REF_F22
REF_F22
AVDD_Gamma
AVDD_Gamma
AVDD_Gamma AVDD
Model Name
Size Document Number Rev
Date: Sheet of
T370XW02_VFK0_CTRB(EC02)_20080923.DSN 02D
3 4Tuesday , September 23, 2008
T370XW02 VFK0
<Variant Name>
Model Name
Size Document Number Rev
Date: Sheet of
T370XW02_VFK0_CTRB(EC02)_20080923.DSN 02D
3 4Tuesday , September 23, 2008
T370XW02 VFK0
<Variant Name>
Model Name
Size Document Number Rev
Date: Sheet of
T370XW02_VFK0_CTRB(EC02)_20080923.DSN 02D
3 4Tuesday , September 23, 2008
T370XW02 VFK0
<Variant Name>
REF_F2
REF_F7
REF_F8
REF_F10
REF_F13
REF_F15
REF_F16
REF_F17
REF_F1
REF_F2
REF_F6
REF_F7
REF_F8
REF_F10
REF_F11
REF_F12
REF_F13
REF_F15
REF_F16
REF_F17
REF_F21
REF_F21
REF_F22
REF_B2
REF_B6
REF_B7
REF_B8
REF_B10
REF_B11
REF_B12
REF_B13
REF_B14
REF_B16
REF_B17
REF_B21
REF_B22
Connect to 
GammaOP_Input
GammaOP_Out
REF_B1
15.36V
15.20V
10.57V
10.19V
9.91V
8.30V
8.09V
6.58V
6.32V
4.70V
4.40V
4.10V
0.44V
0.3247V
VGMA_REF=2.5(1+10K/2.62K)=12.042
V9 & V14 => L2
V7 & V16 => L64
V10 & V13 => L1.
V8 & V15 => L32
V5 & V18 => L192
V6 & V17 => L128.
V4 & V19 => L224
V1 & V22 => L255.
V3 & V20 => L253
V2 & V21 => L254.
V11 & V12 => L0.
REF_F6
C215
X7R
25V
0.81~0.90mm
0603
C215
X7R
25V
0.81~0.90mm
0603
C261
X7R
25V
0603
0.81~0.90mm
C261
X7R
25V
0603
0.81~0.90mm
VGAMA8VGAMA8
P
A
D
1
R271
5%
0402
R271
5%
0402
C237
X7R
25V
0.81~0.90mm
0603
C237
X7R
25V
0.81~0.90mm
0603
R266
5%
0402
R266
5%
0402
C214
X7R
25V
0.81~0.90mm
0603
C214
X7R
25V
0.81~0.90mm
0603
REF11REF11PAD
1
R261
5%
0402
R261
5%
0402
R221
1%
0603
R221
1%
0603
R246
1%
0603
R246
1%
0603
VZ_REFVZ_REF
PAD
1
R205
1%
0603
R205
1%
0603
C248
X7R
25V
0.81~0.90mm
0603
C248
X7R
25V
0.81~0.90mm
0603
VGAMA10VGAMA10
P
A
D
1
C256
X7R
25V
0603
0.81~0.90mm
C256
X7R
25V
0603
0.81~0.90mm
VGAMA6VGAMA6
P
A
D
1
C260
X7R
25V
0.81~0.90mm
0603
C260
X7R
25V
0.81~0.90mm
0603
C220
X7R
25V
0.81~0.90mm
0603
C220
X7R
25V
0.81~0.90mm
0603
R255
1%
0603
R255
1%
0603
C216
X7R
25V
0.81~0.90mm
0603
C216
X7R
25V
0.81~0.90mm
0603
C210
X7R
25V
0.81~0.90mm
0603
C210
X7R
25V
0.81~0.90mm
0603
REF15REF15
PAD
1
R288
5%
0603
R288
5%
0603
C211
X7R
25V
0.81~0.90mm
0603
C211
X7R
25V
0.81~0.90mm
0603
R252
1%
0603
R252
1%
0603
R289
1%
0603
R289
1%
0603
VCOM2VCOM2
P
A
D
1
R209
1%
0603
R209
1%
0603
R212
1%
0603
R212
1%
0603
R259
1%
0603
R259
1%
0603
C212
X7R
25V
0.81~0.90mm
0603
C212
X7R
25V
0.81~0.90mm
0603
R251
1%
0603
R251
1%
0603
R214
1%
0603
R214
1%
0603
U202U202
Lo
2
Jo
4 Ko
3
Mo
1
Io
5
Ho
6
VSS
7
N
.C
.
16
V
D
D
15
N
.C
.
14
C
o
13
Do
12 Eo
11 Fo
10
VDD
8
Go
9
N
.C
.
17
B
o
18
V
S
S
19
A
o
20
V
S
S
21
V
D
D
22
A
i
23
B
i
24
Ci
25Di
26Ei
27Fi
28Gi
29VDD
30VSS
31Hi
32Ii
33Ji
34Ki
35Li
36
M
i
37
N
i
38
V
co
m
i
39
N
.C
.
40
N
.C
.
41
N
.C
.
42
V
D
D
43
V
S
S
44
V
D
D
45
V
S
S
46
V
com
o
47
N
o
48
G1
G1
VGAMA22VGAMA22
P
A
D
1
R287
1%
0603
R287
1%
0603
VGAMA13VGAMA13
P
A
D
1
C240
X7R
25V
0.81~0.90mm
0603
C240
X7R
25V
0.81~0.90mm
0603
C227
X7R
25V
0.81~0.90mm
0603
C227
X7R
25V
0.81~0.90mm
0603
REF2REF2
PAD
1
R250
1%
0603
R250
1%
0603
R283
1%
0603
R283
1%
0603
R281
5%
0402
R281
5%
0402
R254
1%
0603
R254
1%
0603
C225
X7R
25V
0.81~0.90mm
0603
C225
X7R
25V
0.81~0.90mm
0603
C202
X7R
25V
0.81~0.90mm
0603
C202
X7R
25V
0.81~0.90mm
0603
R242
1%
0603
R242
1%
0603
R285
5%
0603
R285
5%
0603
REF13REF13
PAD
1
C226
X7R
25V
0.81~0.90mm
0603
C226
X7R
25V
0.81~0.90mm
0603
C228
X7R
25V
0.81~0.90mm
0603
C228
X7R
25V
0.81~0.90mm
0603
R277
5%
0402
R277
5%
0402
R207
1%
0603
R207
1%
0603
C238
X7R
25V
0.81~0.90mm
0603
C238
X7R
25V
0.81~0.90mm
0603
REF8REF8
PAD
1
C221
X7R
25V
0.81~0.90mm
0603
C221
X7R
25V
0.81~0.90mm
0603
C263
X7R
25V
0.81~0.90mm
0603
C263
X7R
25V
0.81~0.90mm
0603
C
20
1
X
7R
25
V
2.
01
~2
.3
0m
m
12
10
C
20
1
X
7R
25
V
2.
01
~2
.3
0m
m
12
10
C254
X7R
10V
1.61~1.80mm
1206
C254
X7R
10V
1.61~1.80mm
1206
R286
5%
0603
R286
5%
0603
R237
1%
0603
R237
1%
0603
R275
5%
0402
R275
5%
0402
R215
1%
0603
R215
1%
0603
R274
5%
0402
R274
5%
0402
REF7REF7
PAD
1
C236
X7R
25V
0.81~0.90mm
0603
C236
X7R
25V
0.81~0.90mm
0603
REF1REF1
PAD
1
R253
1%
0603
R253
1%
0603
R268
5%
0402
R268
5%
0402
VGAMA1VGAMA1
P
A
D
1
REF_F22REF_F22
PAD
1
R231
1%
0603
R231
1%
0603
R216
1%
0603
R216
1%
0603
REF16REF16
PAD
1
C217
X7R
25V
0.81~0.90mm
0603
C217
X7R
25V
0.81~0.90mm
0603
C258
X7R
25V
0.81~0.90mm
0603
C258
X7R
25V
0.81~0.90mm
0603
VGAMA15VGAMA15
P
A
D
1
C241
X7R
25V
0.81~0.90mm
0603
C241
X7R
25V
0.81~0.90mm
0603
R292
5% 0603
R292
5% 0603
C205
X7R
25V
0.81~0.90mm
0603
C205
X7R
25V
0.81~0.90mm
0603
R206
1%
0603
R206
1%
0603
VGAMA21VGAMA21
P
A
D
1
C219
X7R
25V
0.81~0.90mm
0603
C219
X7R
25V
0.81~0.90mm
0603
R269
5%
0402
R269
5%
0402
C247
X7R
25V
0.81~0.90mm
0603
C247
X7R
25V
0.81~0.90mm
0603
R235
1%
0603
R235
1%
0603
VGAMA17VGAMA17
P
A
D
1
U201U201
REF
R
A
N
O
D
E
A
C
A
T
H
C
R245
1%
0603
R245
1%
0603
VGMA_REFVGMA_REF
P
A
D
1
REF17REF17
PAD
1
C
20
3
X
7R
25
V
2.
01
~2
.3
0m
m
12
10
C
20
3
X
7R
25
V
2.
01
~2
.3
0m
m
12
10
REF10REF10
PAD
1
C206
X7R
25V
0.81~0.90mm
0603
C206
X7R
25V
0.81~0.90mm
0603
C235
X7R
25V
0.81~0.90mm
0603
C235
X7R
25V
0.81~0.90mm
0603
C239
X7R
25V
0.81~0.90mm
0603
C239
X7R
25V
0.81~0.90mm
0603
VGAMA11VGAMA11
P
A
D
1
R201
1%
0603
R201
1%
0603
C253
X7R
25V
0603
0.81~0.90mm
C253
X7R
25V
0603
0.81~0.90mm
R239
1%
0603
R239
1%
0603
R257
5%
0603
R257
5%
0603
VGAMA7VGAMA7
P
A
D
1
VGAMA16VGAMA16
P
A
D
1
R210
1%
0603
R210
1%
0603
R222
1%
0603
R222
1%
0603
R290
1%
0603
R290
1%
0603
R270
5%
0402
R270
5%
0402
C257
X7R
25V
0.81~0.90mm
0603
C257
X7R
25V
0.81~0.90mm
0603
REF12REF12PAD
1
R240
1%
0603
R240
1%
0603
R272
5%
0402
R272
5%
0402
C262
X7R
25V
0.81~0.90mm
0603
C262
X7R
25V
0.81~0.90mm
0603
REF21REF21
PAD
1
R241
1%
0603
R241
1%
0603
VGAMA2VGAMA2
P
A
D
1
COMF2COMF2
P
A
D
1
R284
1%
0603
R284
1%
0603
R256
1%
0603
R256
1%
0603
R282
5%
0402
R282
5%
0402
C243
X7R
25V
0.81~0.90mm
0603
C243
X7R
25V
0.81~0.90mm
0603
R258
1%
0603
R258
1%
0603
R262
5%
0402
R262
5%
0402
REF6REF6
PAD
1
B201
LS0603A
B201
LS0603A
R211
1%
0603
R211
1%
0603
R273
5%
0402
R273
5%
0402
R291
1%
1206
R291
1%
1206
C255
X7R
10V
1.61~1.80mm
1206
C255
X7R
10V
1.61~1.80mm
1206
C234
X7R
25V
0.81~0.90mm
0603
C234
X7R
25V
0.81~0.90mm
0603
VGAMA12VGAMA12
P
A
D
1
C204
X7R
25V
1.41~1.60mm
0805
C204
X7R
25V
1.41~1.60mm
0805
R236
1%
0603
R236
1%
0603
C259
X7R
25V
0.81~0.90mm
0603
C259
X7R
25V
0.81~0.90mm
0603
R220
1%
0603
R220
1%
0603
R244
1%
0603
R244
1%
0603
C232
X7R
25V
0.81~0.90mm
0603
C232
X7R
25V
0.81~0.90mm
0603
5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
YDIOU_T
VDD_V3D3
M
LV
B
P
[0
..
5]
M
LV
B
N
[0
..
5]
MLVBP0
MLVBP1
MLVBP2
MLVBP3
MLVBP4
MLVBN0
P
F
C
A
P
MLVBN1
MLVBN2
MLVBP5
Y
V
1C
MLVBN3
MLVBN4
VSEL
MLVBN5
R
xI
N
P
[0
..
3]
X
P
O
L_
O
U
T
M
B
C
K
P
M
B
C
K
N
R
xI
N
N
[0
..
3]
M
F
C
K
N
M
F
C
K
P
F
C
K
P
F
C
K
N
M
LV
F
N
[0
..
5]
MLVFN5
MLVFN4
P
W
M
MLVFN3
YV1C
MLVFN2
PWM
MLVFN1
PI
GND
XOUT
XIN
M
LV
F
P
[0
..
5]
GAMEN
MLVFP5
MLVFP4
ODEN
MLVFP3
B
C
K
N
MLVFP2
MLVFP1
B
C
K
P
V
D
D
_V
3D
3
MLVFP0
XPOL_T
YDIOD_T
INSDA
YOE_T
MLVFN0
INSCL
EPWP
XSTB_T
A
G
M
O
D
E
N
A
G
M
O
D
E
N
R
xI
N
N
2
LV
D
S
O
R
D
LV
D
S
O
R
D
R
xI
N
N
0
R
xC
LK
N
R
xI
N
N
3
R
xC
LK
P
R
xI
N
P
2
R
xI
N
P
0
R
xI
N
P
3
R
xI
N
P
1
R
xI
N
N
1
YCLK_T
VDD_V1D8
VDD_V3D3
VDD_V3D3
VDD_V1D8
VDD_V3D3
VDD_V1D8
VDD_V1D8
R
E
S
E
T
E
X
S
D
A
E
X
S
C
L
VDD_V3D3
V1D8
GND
V3D3
VDD_V3D3
VDD_V1D8P
GAVCC_E
V1D8
GND
V3D3
Y
V
1C
LV
D
S
O
R
D
A
G
M
O
D
E
N
R
xI
N
N
[0
..
3]
R
xI
N
P
[0
..
3]
R
xC
LK
N
R
xC
LK
P
EXSCL
EXSDA
Y
O
E
1_
O
U
T
Y
C
LK
_O
U
T
Y
D
IO
U
_O
U
T
X
S
T
B
_O
U
T
X
P
O
L_
O
U
T
M
LV
F
C
LK
P
M
LV
F
C
LK
N
M
LV
B
C
LK
P
M
LV
B
C
LK
N
M
LV
F
P
[0
..
5]
M
LV
F
N
[0
..
5]
M
LV
B
P
[0
..
5]
M
LV
B
N
[0
..
5]
EXWP
VDD_V3D3
VDD_V3D3
VDD_V3D3
VDD_V1D8
VDD_V3D3
VDD_V1D8V1D8
VDD_V3D3V3D3
VDD_V1D8
VDD_V1D8
VDD_V3D3
Model Name
Size Document Number Rev
Date: Sheet of
T370XW02_VFK0_CTRB(EC02)_20080923.DSN 02D
4 4Tuesday , September 23, 2008
T370XW02 VFK0
<Variant Name>
Model Name
Size Document Number Rev
Date: Sheet of
T370XW02_VFK0_CTRB(EC02)_20080923.DSN 02D
4 4Tuesday , September 23, 2008
T370XW02 VFK0
<Variant Name>
Model Name
Size Document Number Rev
Date: Sheet of
T370XW02_VFK0_CTRB(EC02)_20080923.DSN 02D
4 4Tuesday , September 23, 2008
T370XW02 VFK0
<Variant Name>
Closed to the PIN 94 of U301
Closed to the PIN 23 of U301 Closed to the PIN 33 of U301
Closed to the PIN 13 of U301
Closed to the PIN 88 of U301
Closed to the PIN 35 of U301
Closed to the PIN58 of U301
For setting pin pull high
or pull low, please use
4.7k ohm resister
Closed to the PIN 65 of U301
Closed to the U302
 U301 
AUO 11401 K2
Closed to the U302
R306
1%
0402
R306
1%
0402
C328
X7R
16V
0402
0.51~0.60mm
C328
X7R
16V
0402
0.51~0.60mm
R316
5%
0402
R316
5%
0402
INSCLINSCL
PAD
1
YDIOU_1YDIOU_1
PAD
1
PWMPWM
P
A
D
1
C313
X7R
25V
0603
0.81~0.90mm
C313
X7R
25V
0603
0.81~0.90mm
R319
1%0603
R319
1%0603
C331
X7R
6.3V
1206
1.61~1.80mm
C331
X7R
6.3V
1206
1.61~1.80mm
R304
1%
0402
R304
1%
0402
D301
DS1005A
D301
DS1005A
C316
X7R
50V
0402
0.51~0.60mm
C316
X7R
50V
0402
0.51~0.60mm
R305
1%
0402
R305
1%
0402
C307
X7R
25V
0603
0.81~0.90mm
C307
X7R
25V
0603
0.81~0.90mm
R322
5%0603
R322
5%0603
1
3
2
4
C315
X7R
25V
0603
0.81~0.90mm
C315
X7R
25V
0603
0.81~0.90mm
R314
5%
0402
R314
5%
0402 C324
X7R
16V
0402
0.51~0.60mm
C324
X7R
16V
0402
0.51~0.60mm
C306
X7R
50V
0402
0.51~0.60mm
C306
X7R
50V
0402
0.51~0.60mm
R301
5%
0603
R301
5%
0603
R324
1%
0402
R324
1%
0402
U304U304
A0
1
A1
2
A2
3
GND
4
SDA
5 SCL
6 WP
7 VCC
8
C329
X7R
25V
0603
0.81~0.90mm
C329
X7R
25V
0603
0.81~0.90mm
C317
X7R
25V
0603
0.81~0.90mm
C317
X7R
25V
0603
0.81~0.90mm
2EGND2EGND
PAD
1
C333
X7R
25V
0603
0.81~0.90mm
C333
X7R
25V
0603
0.81~0.90mm
C305
X7R
25V
0603
0.81~0.90mm
C305
X7R
25V
0603
0.81~0.90mm
C312
X7R
50V
0402
0.51~0.60mm
C312
X7R
50V
0402
0.51~0.60mm
YDIOD_1YDIOD_1
PAD
1
C318
X7R
50V
0402
0.51~0.60mm
C318
X7R
50V
0402
0.51~0.60mm
C303
X7R
25V
0603
0.81~0.90mm
C303
X7R
25V
0603
0.81~0.90mm
VCCVCC
PAD
1
R321
5%0603
R321
5%0603
1
3
2
4
R318
1%
0402
R318
1%
0402
B301
LS0603A10
B301
LS0603A10
C304
X7R
25V
0805
1.41~1.60mm
C304
X7R
25V
0805
1.41~1.60mm
R323
1%
0402R323
1%
0402
R302
1%
0603
R302
1%
0603
C308
X7R
50V
0402
0.51~0.60mm
C308
X7R
50V
0402
0.51~0.60mm
C311
X7R
25V
0603
0.81~0.90mm
C311
X7R
25V
0603
0.81~0.90mm
INSDAINSDA
PAD
1
XSTB_1XSTB_1
PAD
1
R311
1%
0402
R311
1%
0402
B302
LS0603A10
B302
LS0603A10
R317
5%
0402
R317
5%
0402
YOE_1YOE_1
PAD
1
R303
1%
0402
R303
1%
0402
R309
1%
0402
R309
1%
0402
C322
NPO
50V
0402
0.51~0.60mm
C322
NPO
50V
0402
0.51~0.60mm
R312
1%
0402
R312
1%
0402
R320
1%
0402
R320
1%
0402
R313
5%
0402
R313
5%
0402
C321
X7R
25V
0603
0.81~0.90mm
C321
X7R
25V
0603
0.81~0.90mm
U301U301
M
LV
B
0N
67
M
LV
B
0P
66
V
D
D
P
18
65
P
F
C
A
P
64
M
LV
F
5N
63
M
LV
F
5P
62
M
LV
F
4N
61
M
LV
F
4P
60
G
N
D
59
V
D
D
M
58
M
LV
F
3N
57
M
LV
F
3P
56
M
LV
F
C
LK
N
55
M
LV
F
C
LK
P
54
M
LV
F
2N
53
M
LV
F
2P
52
G
N
D
51
VDDM
50
MLVF1P
48
MLVF0N
47
PI
45
GND
44
VDDIO
43
XPOL
42
GND
36
VDDC18
33
YDIOD
40
YDIOU
39
YCLK
38
YOE
37
MLVB5P
82
VDDIO
35
GND
34
GND
32
VDDIO
31
MLVB4P
80
XOUT
29
XIN
28
INSDA
27
INSCL
26
VDDC18
94
GND
30
G
N
D
24
LU
T
S
E
L
4
VDDIO
88
YV1C
86
VDDIO
84
N
R
S
E
T
2
U
D
S
E
L
3
LV
D
S
O
R
D
6
A
G
B
S
E
N
7
C
H
G
F
B
5
G
N
D
71
G
N
D
8
V
D
D
L
13
R
X
C
LK
N
16
R
X
IN
0N
9
R
X
IN
0P
10
R
X
IN
1N
11
R
X
IN
1P
12
R
X
IN
2N
14
R
X
IN
2P
15
R
X
C
LK
P
17
R
X
IN
3N
18
G
N
D
20
E
X
S
C
L
21
E
X
S
D
A
22
V
D
D
C
18
23
V
D
D
IO
1
E
P
W
P
25
GND
85
R
X
IN
3P
19
M
LV
B
1P
68
M
LV
B
1N
69
V
D
D
M
70
M
LV
B
2P
72
M
LV
B
2N
73
M
LV
B
C
LK
P
74
M
LV
B
C
LK
N
75
PWM
87
MLVB5N
83
MLVB4N
81
VDDM
78
GND
79
GND
89
TEST
90
GND
91
VDDIO
92
VSEL
93
GND
95
GND
96
VDDIO
97
GAMEN
98
ODEN
99
GND
100
MLVB3P
76
XSTB
41
MLVF0P
46
MLVF1N
49
MLVB3N
77
G1
G1
XPOL_1XPOL_1
PAD
1
C325
X7R
16V
0402
0.51~0.60mm
C325
X7R
16V
0402
0.51~0.60mm
C310
X7R
50V
0402
0.51~0.60mm
C310
X7R
50V
0402
0.51~0.60mm
WPWP
PAD
1
C309
X7R
25V
0603
0.81~0.90mm
C309
X7R
25V
0603
0.81~0.90mm
YCLK_1YCLK_1
PAD
1
C302
X7R
50V
0402
0.51~0.60mm
C302
X7R
50V
0402
0.51~0.60mm
C332
X7R
6.3V
1206
1.61~1.80mm
C332
X7R
6.3V
1206
1.61~1.80mm
C323
NPO
50V
0402
0.51~0.60mm
C323
NPO
50V
0402
0.51~0.60mm
R310
1%
0402
R310
1%
0402
C327
X7R
16V
0402
0.51~0.60mm
C327
X7R
16V
0402
0.51~0.60mm
R315
5%
0402
R315
5%
0402
U302U302
A0
1
A1
2
A2
3
GND
4
SDA
5
SCL
6
WP
7
Vcc
8
C326
X7R
16V
0402
0.51~0.60mm
C326
X7R
16V
0402
0.51~0.60mm
R307
1%
0402
R307
1%
0402
U303U303
1 4
2 3
R308
1%
0402
R308
1%
0402
C314
X7R
25V
0805
1.41~1.60mm
C314
X7R
25V
0805
1.41~1.60mm
C330
X7R
25V
0805
1.41~1.60mm
C330
X7R
25V
0805
1.41~1.60mm
C301
X7R
25V
0603
0.81~0.90mm
C301
X7R
25V
0603
0.81~0.90mm
5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
XP
O
L1
LV
D
S_
SE
L
R
XI
N
O
P1
VG
M
A1
7
VG
M
A2
2
R
XC
LK
O
N
VG
M
A2
1
YCLKYCLK
XPOL1
R
XC
LK
O
P
R
XI
N
EP
0
R
XI
N
EP
2
R
XI
N
EP
3
R
XI
N
EN
2
RXINEN[0..3]
R
XI
N
EN
3
R
XI
N
EP
1
R
XC
LK
EN
R
XI
N
EN
1
R
XC
LK
EP
R
XI
N
EN
2
RXINOP[0..3]
G
N
D
R
VN
[4
..6
]
XS
TB
1
XV
C
C
YOE YOE
R
XI
N
O
N
2
VGL
RXINON[0..3]
R
XI
N
EP
2
R
XI
N
EP
3
R
XI
N
O
N
0
VG
M
A1
3
VG
M
A2
1
VG
M
A1
2
VG
M
A1
1
LV
P[
0.
.2
]
YV1C YV1C
VG
M
A2
2
XAVDDXAVDD
R
XI
N
O
P2
XPOL1
XSTB1 XSTB1
R
VP
[0
..2
]
G
N
D
R
VN
[0
..2
]
V12 V12in
R
XI
N
O
N
0
VGL
R
XI
N
O
N
3
G
N
D
M
_V
C
O
M
I2
R
XI
N
O
P0
XVCC
R
XC
LK
EN
VG
H
C
XS
TB
1
VG
M
A1
9
VG
L
12Vin
VGHC
XAVDD
XV
C
C
XVCC
XVCC
AV
D
D
VG
M
A4
VG
M
A1
5
R
XI
N
O
P3
R
XI
N
EN
0
R
XI
N
EN
0
R
VP
[4
..6
]
LV
N
[0
..2
]
LV
N
[4
..6
]
V12in
LV
P[
4.
.6
]
R
XC
LK
O
P
R
XI
N
EP
0
R
XC
LK
EP
EXSDA
EXSCL
R
XI
N
O
P0
VG
M
A[
1.
.2
2]
R
XI
N
O
P2
V3D3
R
XI
N
O
N
3
R
XI
N
O
N
1
R
XC
LK
O
N
GND
V3D3
R
XI
N
O
N
1
VG
M
A1
0
VG
M
A6
VG
M
A8
VG
M
A1
VG
M
A2
VG
M
A8
VG
M
A6
VG
M
A1
1
VG
M
A1
3
VG
M
A1
7
VG
M
A2
VG
M
A4
VG
M
A1
VG
M
A1
5
VG
M
A1
2
VG
M
A1
9
VG
M
A1
0
R
XI
N
O
P3
V1D2
R
XI
N
EN
1
G
N
D
R
XI
N
O
P1
R
XI
N
O
P0
R
XC
LK
O
P
R
XI
N
O
N
2
R
XI
N
O
N
1
R
XI
N
O
P3
R
XI
N
O
N
3
R
XI
N
O
P1
R
XC
LK
O
N
VGHC VGHC
VGHC
VGL VGL
R
XC
LK
EP
R
XI
N
EP
0
R
XI
N
EN
3
R
XI
N
EN
1
R
XI
N
EP
3
R
XI
N
EP
1
R
XI
N
EN
2
R
XI
N
EN
0
R
XI
N
EP
2
R
XC
LK
EN
VG
H
C
VG
L
LV
D
SO
R
D
AG
BS
EN
G
N
D
R
XI
N
O
N
2
XSTB1
XS
TB
1
R
XI
N
O
N
0
R
XI
N
EP
1
VC
O
M
F
R
XI
N
O
P2
R
XI
N
EN
3
XPOL1
XP
O
L1
R
ES
F
RESFRESF RESF
R
ES
F
M
_V
C
O
M
I2
M
_V
C
O
M
I2
YDIOD YDIOD
YCLK
YDIOD
YC
LKYD
IO
D
M_VCOMI2M_VCOMI2
EX
SD
A
SDA
SCL
XA
VD
D
AVDD
LV
C
LK
N
LV
C
LK
N
LV
C
LK
P
LV
C
LK
P
RVP[0..2]
R
VC
LK
N
R
VC
LK
N
R
VC
LK
P
R
VC
LK
P
U
_D
F
YD
IO
U
_F
YD
IO
U
XD
IO
F
XD
IO
F
HAVDD XHAVDD
XHAVDDXHAVDD
LV
N
[4
..6
]
LV
N
[4
..6
]
LV
P[
4.
.6
]
LV
P[
0.
.2
]
LV
N
[0
..2
]
LV
N
6
LV
N
4
LV
N
5
LV
P5
LV
P4
LV
N
2
LV
N
1
LV
N
0
LV
P2
LV
P1
LV
P0
LV
P4
LV
P5
LV
P6
LV
N
4
LV
N
5
LV
N
6
LV
P[
0.
.2
]
LV
N
[0
..2
]
LV
P0
LV
P1
LV
P2
LV
N
0
LV
N
1
LV
N
2
R
VP
0
R
VN
0
R
VP
1
R
VN
1
R
VP
2
R
VN
2
R
VP
4
R
VN
4
R
VP
5
R
VN
5
R
VP
6
R
VN
6
R
VP
[4
..6
]
RVN[0..2]
R
VN
[0
..2
]
RVP[0..2]
R
VP
[0
..2
]
R
VC
LK
N
R
VC
LK
P
R
VP
4
R
VN
4
R
VP
5
R
VN
5
R
VP
6
R
VN
6
R
VP
[4
..6
]
R
VN
[4
..6
]
R
VP
[0
..2
]
R
VN
[0
..2
]
RVN[0..2]
R
VP
0
R
VN
0
R
VP
1
R
VN
1
R
VP
2
R
VN
2
YO
E_
F
YO
E
YO
E YD
IO
D
_F
YD
IO
D
XP
O
L1
XSTB
XPOL
YD
IO
U
YDIOU YDIOU
XVCC
U_DFXVCC
U_DB
U
_D
B
XD
IO
B
XD
IO
B
R
VN
[4
..6
]
LV
P6
LV
P[
4.
.6
]
VGMA[1..22]VGMA[1..22]
XH
AV
D
D
XH
AV
D
DVC
O
M
F2
VCOMF2
M_VCOMI2
VCOMF
VCOMF2
VCOMF2
VC
O
M
F2
YOE
YC
LK
_F
YC
LK
YDIOU
AGBSEN AGING
LVDS_SELLVDSORD
V3D3
XA
VD
D
EX
SC
L
R
ES
B
12Vin
G
N
D
AG
IN
G
SC
L
SD
A
RXINEP[0..3]
W
P
EXWP
WP
Model Name
Size Document Number Rev
Date: Sheet of
Custom
1 4Wednesday, October 01, 2008
T400HW02 V3 CB
友達光電電視顯示器產品研發處
Control Block EC01
Model Name
Size Document Number Rev
Date: Sheet of
Custom
1 4Wednesday, October 01, 2008
T400HW02 V3 CB
友達光電電視顯示器產品研發處
Control Block EC01
Model Name
Size Document Number Rev
Date: Sheet of
Custom
1 4Wednesday, October 01, 2008
T400HW02 V3 CB
友達光電電視顯示器產品研發處
Control Block EC01
X-BACK/Right X-FRONT/Left
NC
NC
NCNC
High Aging
NC
NC
NC
C12C12
TCON
R
X
IN
O
N
[0
..3
]
R
X
IN
O
P
[0
..3
]
R
X
C
LK
O
N
R
X
C
LK
O
P
R
X
C
LK
E
N
R
X
C
LK
E
P
R
X
IN
E
N
[0
..3
]
R
X
IN
E
P
[0
..3
]
LV
D
S
O
R
D
A
G
B
S
E
N
EXSDA
EXSCL
GND
V1D2
V3D3
YV1C
XSTB
XPOL
R
V
P
[4
..6
]
R
V
N
[4
..6
]
LV
N
[0
..2
]
LV
P
[0
..2
]
YOE_T
YCLK_T
YDIO_T
RVCLKP
RVCLKN
LV
C
LK
N
LV
C
LK
P
LV
P
[4
..6
]
LV
N
[4
..6
]
RVN[0..2]
RVP[0..2]
EXWP
R11R11
R8R8
C1C1
J3J3
G
1
G
2 1234567891011121314151617181920212223242526272829303132333435363738394041424344454647484950515253545556575859606162636465666768697071727374757677787980
B1B1
GH4GH4
1
R3R3
EXSDAEXSDA
P
A
D
1
RXINEP3RXINEP3
P
A
D
1
C14C14R13R13
C16C16
C4C4
RXINEP1RXINEP1
P
A
D
1
R25R25
RXINON0RXINON0
P
A
D
1
C7C7
B4B4
R6R6
GH6GH6
1
R19R19
RXINEP0RXINEP0
P
A
D
1
R26R26
C15C15
R29R29
C3C3
RXCLKOPRXCLKOP
P
A
D
1
RXINEP2RXINEP2
P
A
D
1
R23R23
R21R21
R24R24
Gamma
A
V
D
DGND
VGMA[1..22]
V
C
O
M
F2
V
C
O
M
F
D1
DS2114B
D1
DS2114B
C18C18
RXINEN3RXINEN3
P
A
D
1
R5R5
RXINOP2RXINOP2
P
A
D
1
GND
V12in
V3D3
A
V
D
D
V
G
H
C
V
G
L
Y
V
1C
V1D2
H
A
V
D
D
C10C10
RXINEN2RXINEN2
P
A
D
1
C5C5
J2J2
G
1
G
2 1234567891011121314151617181920212223242526272829303132333435363738394041424344454647484950515253545556575859606162636465666768697071727374757677787980R34R34
YOEYOE
PAD1
J1J1
1
1
2
2
3
3
4
4
5
5
6
6
7
7
8
8
9
9
10
10
11
11
12
12
13
13
14
14
15
15
16
16
17
17
18
18
19
19
20
20
21
21
22
22
23
23
24
24
25
25
26
26
27
27
28
28
29
29
30
30
31
31
32
32
G
2
G
2
G
1
G
1
G
3
G
3
G
4
G
4
G
5
G
5
G
6
G
6
G
7
G
7
G
8
G
8
G
9
G
9
G
10
G
10
33
33
34
34
35
35
36
36
37
37
38
38
39
39
40
40
41
41
42
42
43
43
44
44
45
45
46
46
47
47
48
48
49
49
50
50
51
51
R14R14
GH8GH8
1
B2B2
R4R4
R22R22
R2R2
GH1GH1
1
F1F1
GH9GH9
1
YDIOUYDIOUPAD
1
RXINEN1RXINEN1
P
A
D
1
B3
LS1206A
B3
LS1206A
RXCLKENRXCLKEN
P
A
D
1
12Vin12Vin
P
A
D
1
GH3GH3
1
C9C9
R27R27
C13C13
R1R1
RXCLKONRXCLKON
P
A
D
1
R15R15
D4
DS1406A
D4
DS1406A
R10R10
R33R33
R7R7
C11C11
YDIODYDIODPAD
1
EXWPEXWP
P
A
D
1
EXSCLEXSCL
P
A
D
1
XPOL1XPOL1
P
A
D
1
RXINON1RXINON1
P
A
D
1
C19C19
R31R31
GH5GH5
1
R16R16
R9R9
R30R30
RXINOP0RXINOP0
P
A
D
1
YCLKYCLKPAD
1
D3
DS1406A
D3
DS1406A
C17C17
RXINOP3RXINOP3
P
A
D
1
C6C6
R12R12
RXINON2RXINON2
P
A
D
1
R18R18
XSTB1XSTB1
P
A
D
1
R28R28
RXINOP1RXINOP1
P
A
D
1
D2
DS1406A
D2
DS1406A
GH2GH2
1
C2C2
GH7GH7
1
RXCLKEPRXCLKEP
P
A
D
1
RXINEN0RXINEN0
P
A
D
1
R17R17
R20R20
RXINON3RXINON3
P
A
D
1
C20C20
Q102
SOT416GSD
Q102
SOT416GSDG
D
S
C8C8
5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
V3D3_F
REF
V12in
V1D2
V3D3
VGL
V12in
Vo1
Vo1V12in SW
SW
V12in
V12in
Vo1
REF
GD
AVDD
GND
V12in
HAVDD
AVDD
VGHM
VGH
GND
V12in
HAVDD
V1D2
VGL
AVDD
V3D3
YV1C
VGHC
V3D3
Model Name
Size Document Number Rev
Date: Sheet of
Custom
2 4Wednesday, October 01, 2008
T400HW02 V3 CB
友達光電電視顯示器產品研發處
DC-DC(ROHM-8160) EC01
Model Name
Size Document Number Rev
Date: Sheet of
Custom
2 4Wednesday, October 01, 2008
T400HW02 V3 CB
友達光電電視顯示器產品研發處
DC-DC(ROHM-8160) EC01
Model Name
Size Document Number Rev
Date: Sheet of
Custom
2 4Wednesday, October 01, 2008
T400HW02 V3 CB
友達光電電視顯示器產品研發處
DC-DC(ROHM-8160) EC01
NC
15.54V
NC
27.15V
NCNC
NC NC
NC
R105R105
C128C128
R117R117
R109R109
V1D2V1D2
P
A
D
1
D103D103
A
K
J
D107D107
C105C105
C122C122
C116C116
R125R125
U101U101
FB1
COMP2
OS3
SW4
SW5
PGND6
PGND7
SUP8
EN29
DRP10
DRN11
FREQ12
FBN13
FBP14 FBB 15
EN1 16
BOOT 17
SWB 18
NC 19
VINB 20
SS 28
GD 27
DLY2 26
DLY1 25
REF 24
GND 23
AVIN 22
VINB 21
G
1
G
1
R121R121
C141C141
R113R113
C113C113
R142R142
D108D108
R101R101
U103U103
G
N
D
G
VinI Vout O
C131C131
L103L103
R110R110
R141R141
C138C138
R133R133
Q101Q101
G
S D
C108C108
C137C137
R134R134
VGHCVGHC
P
A
D
1
C110C110
D105D105
R112R112
C125C125
D109D109
C140C140
R114R114
R107R107
C101C101
C114C114
U104U104
SS1
BST2
VIN3
SW4 GND 5
FB 6
COMP 7
EN 8
G
1
G
1
C126C126
HAVDDHAVDD
P
A
D
1
D110D110
C104C104
R137R137
C118C118
R103R103
R123R123
C129C129
R106R106
L101L101
R115R115
C123C123
R126R126
C145C145
L102L102
VGLVGL
P
A
D
1
C107C107
R119R119
C117C117
C112C112
C144C144
C127C127
C143C143
R120R120
C130C130
C133C133
R132R132
C111C111
V3D3V3D3
P
A
D
1
C139C139
C120C120
AVDDAVDD
P
A
D
1
U105U105
VGH 1
VGHM 2
RE 3
CD 4VD5
VDPM6
GND7
VFLK8
R144R144
R122R122
D101D101
R127R127
R116R116
C132C132
R104R104
C115C115
C109C109
R131R131
C103C103
R108R108
D104D104
R135R135
R136R136
R140R140
R143R143
C119C119
C124C124
R102R102
C121C121
C102C102
R124R124
R118R118
C106C106
5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
REF_F22
REF_F11
VGMA_REF
REF_F6
REF_F19
REF_F21
REF_F8
REF_F15
REFB12
REF_F13
REF_F10
REF_F2
REF_F17
REFB1
REF_F4
VGMA10
REFB21
REFB19
AVDD
REFB17
REFB15
REFB13
REFB12
REFB11
REFB8
REFB10
VGMA12
VGMA19
REFB4
REFB6
VGMA17
VGMA21
AVDD
REFB1
VGMA2
VGMA15
REFB2
VGMA13
VGMA[1..22]
VGMA1
VGMA11
REFB22 VGMA22
VGMA4
VGMA6
VGMA8
REFB22
REFB11
AVDD
R
E
F_
F6
R
E
FB
15
R
E
FB
10
R
E
F_
F1
7
R
E
FB
12
R
E
F_
F1
9
REFB22
R
E
F_
F1
5
R
E
F_
F1
3
REFB21
R
E
FB
8
R
E
FB
6
R
E
FB
17
REFB19
R
E
FB
13
REF_F22
R
E
F_
F1
1
AVDD
REF_F21
R
E
FB
11
R
E
F_
F8
R
E
FB
4
REFB1
R
E
F_
F1
0
REF_F1
R
E
F_
F1
2
R
E
F_
F4
REF_F2
R
E
FB
2
AVDD
REF_F1
REF_F12
VCOMF2
VCOMF
GND
AVDD
GND
VGMA[1..22]
VCOMF2
VCOMF
Model Name
Size Document Number Rev
Date: Sheet of
Custom
3 4Wednesday, October 01, 2008
T400HW02 V3 CB
友達光電電視顯示器產品研發處
Gamma(14+1) EC01
Model Name
Size Document Number Rev
Date: Sheet of
Custom
3 4Wednesday, October 01, 2008
T400HW02 V3 CB
友達光電電視顯示器產品研發處
Gamma(14+1) EC01
Model Name
Size Document Number Rev
Date: Sheet of
Custom
3 4Wednesday, October 01, 2008
T400HW02 V3 CB
友達光電電視顯示器產品研發處
Gamma(14+1) EC01
Negative Gamma Value
Positive Gamma Value
C503C503
VZREFVZREF
PAD 1
REF6REF6
PAD 1
VG6VG6
P
A
D
1
C527C527
R510R510
VG13VG13
P
A
D
1
REF4REF4
PAD 1
VG19VG19
P
A
D
1
VG2VG2
P
A
D
1
VG11VG11
P
A
D
1
C517C517
R536R536
R528R528
VG22VG22
P
A
D
1
RN500RN500
1
2
3
4 5
6
7
8
REF17REF17
PAD 1
C521C521
C511C511
R512R512
R542R542
C514C514
C522C522
R541R541
C508C508
R529R529
REF_F11REF_F11
PAD 1
R513R513
REF21REF21
PAD 1
R534R534
RN501RN501
1
2
3
4 5
6
7
8
R523R523
REF8REF8
PAD 1
C505C505
R530R530
R516R516
R506R506
R518R518
C502C502
R511R511
R544R544
R538R538
REF15REF15
PAD 1
R520R520
R543R543
R514R514
R515R515
RN502RN502
1
2
3
4 5
6
7
8
C519C519
R526R526
C520C520
C524C524
R539R539
VG8VG8
P
A
D
1
C516C516
REF13REF13
PAD 1
VG12VG12
P
A
D
1
VG17VG17
P
A
D
1
R500R500
C510C510
R508R508
VG1VG1
P
A
D
1
C513C513
R501R501
R503R503
C525C525
REF2REF2
PAD 1
R521R521
C507C507
R504R504
C504C504
REF_F1REF_F1
PAD 1
REF_F12REF_F12
PAD 1
R507R507
R535R535
R532R532
R531R531
REF_F22REF_F22
PAD 1
VG4VG4
P
A
D
1
U500U500
Lo
2
Jo
4
K
o
3
M
o
1
Io
5
H
o
6
V
S
S
7
N.C. 16
VDD 15
N.C. 14
Co 13
D
o
12
E
o
11
Fo
10
V
D
D
8
G
o
9
N.C. 17
Bo 18
VSS 19
Ao 20
VSS 21
VDD 22
Ai 23
Bi 24
C
i
25
D
i
26
E
i
27
Fi
28
G
i
29
V
D
D
30
V
S
S
31
H
i
32
Ii
33
Ji
34
K
i
35
Li
36
Mi37
Ni38
Vcomi39
N.C.40
N.C.41
N.C.42
VDD43
VSS44
VDD45
VSS46
Vcomo47
No48
C518C518
VG10VG10
P
A
D
1
R524R524
R505R505
VGMA_REFVGMA_REF
P
A
D
1
R517R517
R522R522
R545R545
C515C515
C526C526
R537R537
C523C523
C512C512
C509C509
U501U501
REFR
A
N
O
D
E
A
C
A
TH
C
C501C501
REF19REF19
PAD 1
VG21VG21
P
A
D
1
VG15VG15
P
A
D
1
R525R525
REF10REF10
PAD 1
R533R533
R540R540
R527R527
C506C506
5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
VDD_V1D2
LV
P[
4.
.6
]
R
VN
[4
..6
]
R
VP
[4
..6
]
V3D3
LV
N
[4
..6
]
GND
R
VN
[0
..2
]
R
XI
N
O
P1
R
VN
5
R
XI
N
O
N
2
R
XI
N
O
P2
R
XI
N
EP
[0
..3
]
R
VP
5
XIN
R
XC
LK
O
N
R
XC
LK
O
P
R
XI
N
O
N
3
AGBSEN
VDD_V1D2
R
XI
N
O
P3
R
VP
4
LVDSORD
R
XI
N
EP
0
R
VP
[0
..2
]
R
XI
N
EN
1
R
XI
N
EP
1
R
XI
N
EN
2
R
XI
N
EP
2
R
XC
LK
EN
R
XC
LK
EP
RVN2
R
XI
N
EN
3
R
XI
N
EP
3
RVP2
RVN1
RVP1
RVN0
EEPROM_Hi
XPOL
RVP0
YDIO_T
VDD_V3D3
INSCL
VDD_V3D3
VDD_V3D3
YCLK_T
VDD_V3D3
VDD_V3D3
YOE_T
VDD_V1D2
XOUT
R
XI
N
EN
0
RST
V3D3
YV1C
R
XI
N
O
P[
0.
.3
]
R
VN
4
R
XI
N
O
N
[0
..3
]
LV
C
LK
P
LV
C
LK
N
GND
VDD_V3D3
LV
N
6
VDD_V1D2
LV
P6
VDD_V1D2
VDD_V1D2
LV
N
5
VDD_V1D2
LV
P5
VDD_V1D2
LV
P4
LV
P[
0.
.2
]
VDD_V3D3
LV
N
[0
..2
]
LV
N
2
XSTB
VDD_V3D3
R
VC
LK
P
R
XI
N
EN
[0
..3
]
LV
N
1
R
VC
LK
N
LV
P1
OSCSEL
LV
N
0
LV
P0
INSDA
EPWP
V1D2
R
XI
N
O
N
0
R
VN
6
R
XI
N
O
N
1
ODEN
R
XI
N
O
P0
R
VP
6
VDD_V3D3
V3D3
LV
N
4
LV
P2
EXSCL
EXSDA
R
XI
N
O
N
[0
..3
]
GND
R
XI
N
O
P[
0.
.3
]
R
XC
LK
O
N
R
XC
LK
O
P
R
XC
LK
EN
R
XC
LK
EP
R
XI
N
EN
[0
..3
]
R
XI
N
EP
[0
..3
]
LVDSORD
AGBSEN
EXSDA
EXSCL
V1D2
V3D3
YV1C
XSTB
XPOL
YOE_T
YCLK_T
YDIO_T
R
VP
[4
..6
]
R
VN
[4
..6]
LV
P[
0.
.2
]
LV
N
[0
..2
]R
VC
LK
P
R
VC
LK
N
LV
C
LK
N
LV
C
LK
P
LV
P[
4.
.6
]
LV
N
[4
..6
]
R
VN
[0
..2
]
R
VP
[0
..2
]
EXWP
Model Name
Size Document Number Rev
Date: Sheet of
Custom
4 4Wednesday, October 01, 2008
T400HW02 V3 CB
友達光電電視顯示器產品研發處
T-CON 12401 K1 EC01
Model Name
Size Document Number Rev
Date: Sheet of
Custom
4 4Wednesday, October 01, 2008
T400HW02 V3 CB
友達光電電視顯示器產品研發處
T-CON 12401 K1 EC01
Model Name
Size Document Number Rev
Date: Sheet of
Custom
4 4Wednesday, October 01, 2008
T400HW02 V3 CB
友達光電電視顯示器產品研發處
T-CON 12401 K1 EC01
NC
NC
NC
NC
C304C304
IN
SC
L
IN
SC
L
P
A
D
1
C320C320
C309C309
R304R304
Y301Y301 1
4
2
3
L302L302
C318C318
R313R313
C328C328
AUO12401 K1
U300
AUO12401 K1
U300
R
X
IN
O
0N
1
R
X
IN
O
0P
2
R
X
IN
O
1N
3
R
X
IN
O
0P
4
R
X
IN
O
2N
5
R
X
IN
O
2P
6
V
D
D
L
7
G
N
D
8
R
X
C
LK
O
N
9
R
X
C
LK
O
P
10
R
X
IN
O
3N
11
R
X
IN
O
3P
12
R
X
IN
O
4N
13
R
X
IN
O
4P
14
V
D
D
L
15
G
N
D
16
V
D
D
C
12
17
V
D
D
C
12
18
G
N
D
19
R
X
IN
E
0N
20
R
X
IN
E
0P
21
R
X
IN
E
1N
22
R
X
IN
E
1P
23
R
X
IN
E
2N
24
R
X
IN
E
2P
25
V
D
D
L
26
R
X
C
LK
E
N
27
R
X
C
LK
E
P
28
R
X
IN
E
3N
29
R
X
IN
E
3P
30
R
X
IN
E
4N
31
R
X
IN
E
4P
32
TEST 64
SWAPL 63
GOAEN 62
SPDEN 61
DCREN 60
ODEN 59
AGBSEN 58
LVDSORD 57
VDDIO 56
GND 55
VDDC12 54
VSEL 53
XSTB 52
XBDO 51
XPOL 50
YDIO 49
YCLK 48
YOE1 47
YOE2 46
VDDIO 45
GND 44
YOE3 43
YOE4 42
YV1C 41
GND 40
VDDC12 39
RSTN 38
INSDA 37
INSCL 36
EPWP 35
EXSDA 34
EXSCL 33
R
V
2N
96
R
V
2P
95
G
N
D
94
V
D
D
M
93
R
V
1N
92
R
V
1P
91
R
V
0N
90
R
V
0P
89
LV
7N
88
LV
7P
87
LV
6N
86
LV
6P
85
G
N
D
84
V
D
D
M
83
LV
5N
82
LV
5P
81
LV
4N
80
LV
4P
79
G
N
D
78
V
D
D
C
12
77
LV
C
LK
N
76
LV
C
LK
P
75
LV
3N
74
LV
3P
73
LV
2N
72
LV
2P
71
G
N
D
70
V
D
D
M
69
LV
1N
68
LV
1P
67
LV
0N
66
LV
0P
65
PV3P97
RV3N98
VDDWR99
PFCAP100
RVCLKP101
RVCLKN102
RV4P103
RV4N104
RV5P105
RV5N106
VDDM107
GND108
RV6P109
RV6N110
RV7P111
RV7N112
GND113
RMLVDS114
VDDIO115
REXT116
VDDC12117
VDDC12118
GND119
GND121
GND122
VDDIO123
GND124
PWM125
OSCSEL126
XIN127
XOUT128
VDDIO120
G
1
G
1
C313C313
C319C319
C303C303C301C301
C316C316
L300L300
C302C302
R312R312
C315C315
R305R305
C321C321
BA301BA301
14
3 2
C323C323
C325C325
BA300BA300
14
3 2
C311C311
R319R319
VC
C
E
VC
C
E
P
A
D
1
R303R303
IN
SD
A
IN
SD
A
P
A
D
1
U301U301
A0 1
A1 2
A2 3
GND 4SDA5
SCL6
WP7
VCC8
R315R315
R311R311
R301R301
L301L301
C307C307
C327C327
R309R309
R316R316
R310R310
R302R302
C317C317
C322C322
U302U302
A0 1
A1 2
A2 3
GND 4SDA5
SCL6
WP7
VCC8
C306C306
C310C310
R317R317
R306R306
D300D300
C324C324
C308C308
R308R308
R314R314
R307R307
C314C314
EP
W
P
EP
W
P
P
A
D
1
G
N
D
E
G
N
D
E
P
A
D
1
C305C305
C312C312
C326C326
R318R318
RSTRST
P
A
D
1
5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
Rx
IN
P0
AG
M
O
DE
N
Rx
CL
KN
Rx
IN
P1
Rx
CL
KN
Rx
CL
KP
R
xI
N
N
[0
..3
]
Rx
CL
KP
R
xI
N
P[
0.
.3
]
LV
DS
_S
CL
Rx
IN
N3
Rx
IN
N2
Rx
IN
P3
Rx
IN
P2
A
G
M
O
D
E
Rx
IN
N1
LV
DS
_S
DA
Rx
IN
N0
LV
DS
O
RD
LV
DS
Rx
CL
KN
Rx
IN
P0
Rx
CL
KP
Rx
IN
N0
Rx
IN
N1
Rx
IN
P1
Rx
IN
P2
Rx
IN
N2
Rx
IN
N3
Rx
IN
P3
LV
DS
_S
DA
AG
M
O
DE
VI
N
LV
DS
_S
CL
G
ND
V12VIN
EX
SD
A
EX
SC
L
M
LVFN2
M
LVFN3
M
LVFN4
M
LVFCLKP
M
LVFN5
M
LVFCLKN
M
LVBN2
M
LVBN3
M
LVBN4
M
LVBCLKP
M
LVBN5
M
LVBCLKN
M
LVBP1
M
LVBP2
M
LVBP3
M
LVBP4
M
LVBP0
M
LVBP5
M
LVBN0
M
LVBN1
XPO
L_O
UT
XSTB_O
UT
YDIO
U_O
UT
YO
E1_O
UT
M
LVFP1
M
LVFP2
M
LVFP3
M
LVFP4
M
LVFP0
M
LVFP5
YCLK_O
UT
M
LVFN0
M
LVFN1
M
LV
FP
[0
..5
]
M
LV
FN
[0
..5
]
M
LV
BP
[0
..5
]
M
LV
BN
[0
..5
]
YDIO
U_O
UT
YO
E1_O
UT
YCLK_O
UT
XPO
L_O
UT
XSTB_O
UT
M
LVFN2
M
LVFN3
M
LVFN4
M
LVFCLKP
M
LVFN5
M
LVFCLKN
M
LVFP1
M
LVFP2
M
LVFP3
M
LVFP4
M
LVFP0
M
LVFP5
M
LVFN0
M
LVFN1
M
LVBN2
M
LVBN3
M
LVBN4
M
LVBCLKP
M
LVBN5
M
LVBCLKN
M
LVBP1
M
LVBP2
M
LVBP3
M
LVBP4
M
LVBP0
M
LVBP5
M
LVBN0
M
LVBN1
V3D3
VG
L
VG
HC
VCO
M
2
AVDD
RES3
RES2
RES1
RES1
RES2
RES3
XSTB_O
UT
XPO
L_O
UT
AVDD
VCO
M
2
CO
M
F2
VG
HC
VG
L
V3D3
YO
E1_O
UT
YCLK_O
UT
YDIO
U_O
UT
XPO
L_O
UT
XSTB_O
UT
V3D3
VG
L
VG
HC
CO
M
F2
VCO
M
2
AVDD
VG
M
A[
1.
.1
4]
VG
M
A1
VG
M
A2
VG
M
A3
VG
M
A4
VG
M
A5
VG
M
A6
VG
M
A7
VG
M
A8
VG
M
A9
VG
M
A10
VG
M
A11
VG
M
A12
VG
M
A13
VG
M
A14
LVDS
VIN_B
VG
M
A4
VG
M
A5
VG
M
A6
VG
M
A7
VG
M
A8
VG
M
A9
VG
M
A1
VG
M
A10
VG
M
A11
VG
M
A12
VG
M
A2
VG
M
A13
VG
M
A14
VG
M
A3
VG
M
A4
VG
M
A5
VG
M
A6
VG
M
A7
VG
M
A8
VG
M
A9
VG
M
A1
VG
M
A10
VG
M
A11
VG
M
A12
VG
M
A2
VG
M
A13
VG
M
A14
VG
M
A3
Rx
IN
N2
Rx
IN
P3
Rx
IN
N3
Rx
IN
P1
Rx
IN
N1
Rx
IN
P0
LV
DS
Rx
IN
N0
Rx
CL
KP
VI
N
Rx
CL
KN
LV
DS
_S
DA
AG
M
O
DE
LV
DS
_S
CL
Rx
IN
P2
LV
DS
_W
P
LV
DS
_W
P
LV
DS
_W
P
EX
W
P
VIN
VDD_V3D3
Model Name
Size Document Number Rev
Date: Sheet of
T400XW01 V7_CTRB(EC02) EC02D
1 4Tuesday, September 30, 2008
T400XW01 V7Model Name
Size Document Number Rev
Date: Sheet of
T400XW01 V7_CTRB(EC02) EC02D
1 4Tuesday, September 30, 2008
T400XW01 V7Model Name
Size Document Number Rev
Date: Sheet of
T400XW01 V7_CTRB(EC02) EC02D
1 4Tuesday, September 30, 2008
T400XW01 V7
AUO-11401
Gamma
DC/DC & VCOM
J03
801
1
VG1
1 80
1
Sketch Map
VG22
J01
J02
Close to TCON
LVDS Option:H(3.3V),NC(OPEN) --> NS, THun 
 L(GND) --> JEIDA
AGMODEN Option: L(0V),NC(OPEN) --> Normal 
 H(3.3V) --> Enter Aging Mode
X-Front X-Back
MD40_NPTH
MD40_NPTH
MD40_NPTHMD40_NPTH
MD40_NPTH
MD45_NPTHMD43_NPTH
MD43_NPTH
MD45_NPTH
Inverse circuitGH6GH6
1
GH9GH9
1
R01
0402
R01
0402
Rx
IN
P0
Rx
IN
P0
P
A
D
1
D02
DS1406A
D02
DS1406A
RX
IN
N2
RX
IN
N2
P
A
D
1
Rx
IN
N0
Rx
IN
N0
P
A
D
1
R08
0402
R08
0402
R11
0402
R11
0402
C07
0603
C07
0603
J02J02
G
1
G
2
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80
LV
DS
_I
N
LV
DS
_I
N
P
A
D
1
Rx
IN
P3
Rx
IN
P3
P
A
D
1
VI
N_
12
V
VI
N_
12
V
P
A
D
1
C01
0603
C01
0603
R03
0402
R03
0402
Rx
IN
P1
Rx
IN
P1
P
A
D
1
D01
DS2114A
D01
DS2114A
ZD01 DS1406AZD01 DS1406A
GH5GH5
1
F01
1206
F01
1206
GH8GH8
1
R05
0402
R05
0402
R09
0402
R09
0402
EX
_S
CL
EX
_S
CL
P
A
D
1
C02
0805
C02
0805
0402
R04
0402
R04
R02
0402
R02
0402
Rx
CL
KP
Rx
CL
KP
P
A
D
1
EX
_W
P
EX
_W
P
P
A
D
1
Rx
IN
N1
Rx
IN
N1
P
A
D
1
G
ND
G
ND
P
A
D
1
R13
0402
R13
0402
Q01
SOT416GSD
Q01
SOT416GSD G
D
S
J03J03
G
1
G
2
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80
J1J1
1234567891011121314151617181920212223242526272829303132G
2
G
1
G
3
G
4
G
5
G
6
G
7
G
8
G
9
G
10
TCON
V
1D
8
GND
V
3D
3
Y
V
1C
LV
D
S
O
R
D
A
G
M
O
D
E
N
R
xI
N
N
[0
..3
]
R
xI
N
P
[0
..3
]
R
xC
LK
N
R
xC
LK
P
E
X
S
C
L
E
X
S
D
A
Y
O
E
1_
O
U
T
Y
C
LK
_O
U
T
Y
D
IO
U
_O
U
T
X
S
TB
_O
U
T
X
P
O
L_
O
U
T
M
LV
FC
LK
P
M
LV
FC
LK
N
M
LV
B
C
LK
P
M
LV
B
C
LK
N
M
LV
FP
[0
..5
]
M
LV
FN
[0
..5
]
M
LV
B
P
[0
..5
]
M
LV
B
N
[0
..5
]
E
X
W
P
C06
0603
C06
0603R06
0402
R06
0402
R12
0402
R12
0402
Rx
IN
N3
Rx
IN
N3
P
A
D
1
AG
M
O
DE
AG
M
O
DE
P
A
D
1
GH3GH3
1
Rx
CL
KN
Rx
CL
KN
P
A
D
1
R07
0402
R07
0402
DC-DC
YV1C
G
N
D
V
3D
3
V
G
L
V
G
H
C
V1D8AVDD
V
12
GH4GH4
1
Gamma
GND
A
V
D
D
VGMA[1..14]
VCOM2
COMF2
GH2GH2
1
EX
_S
DA
EX
_S
DA
P
A
D
1
GH7GH7
1
R10
0402
R10
0402
RX
IN
P2
RX
IN
P2
P
A
D
1
B01
LS1206A
B01
LS1206A
ZD02 DS1406AZD02 DS1406A
C08
0402
C08
0402
GH1GH1
1
5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
DRP
REFSW
AVDD
V3D3
AVDD_1
GD
SWA
AVDD_1
AVDD_1
SUP
V3D3_F
Vo1
V1D8
REF
VGH
VGHM
FBP
Vo1
Vo1
V3D3
V1D8
GND
VGL
AVDDV12
VGHC
YV1C
V12
V12
V12
V12
V12
Vo1
V3D3
AVDD_1
REF
Model Name
Size Document Number Rev
Date: Sheet of
T400XW01 V7_CTRB(EC02) 02D
2 4Tuesday, September 30, 2008
T400XW01 V7
NEW
Model Name
Size Document Number Rev
Date: Sheet of
T400XW01 V7_CTRB(EC02) 02D
2 4Tuesday, September 30, 2008
T400XW01 V7
NEW
Model Name
Size Document Number Rev
Date: Sheet of
T400XW01 V7_CTRB(EC02) 02D
2 4Tuesday, September 30, 2008
T400XW01 V7
NEW
3.3V
1.8V
C138 Soft Start AVDD: 22nF typically
C139 Delay for VGH: delay time between Vbuck and VGH
C140 Delay for VGL: delay time between Vbuck and VGL
TI-65161PWPR part No. is changed to 
SN0703052PWPR for AUO
C143, C144, put closed to U101 pin20/21
AUO Confidential
C101, C102, put closed to L101
16V
27V
-6V
C144C144
C142C142
R113R113
Q101Q101
G
S D
AVDDAVDD
P
A
D
1
R143R143
R120R120
U102U102
G
N
D
G
VinI Vout O
D101D101
C115C115
R109R109
R128R128
C119C119
V3D3_FV3D3_F
P
A
D
1
R103R103
VGHVGH
PAD 1
C104C104
C109C109
R115R115
V3D3V3D3
P
A
D
1
U101U101
FB1
COMP2
OS3
SW4
SW5
PGND6
PGND7
SUP8
EN29
DRP10
DRN11
FREQ12
FBN13
FBP14 FBB 15
EN1 16
BOOT 17
SWB 18
NC 19
VINB 20
SS 28
GD 27
DLY2 26
DLY1 25
REF 24
GND 23
AVIN 22
VINB 21
G
1
G
1
D102D102
R125R125
C128C128
C108C108
C136C136
V1D8V1D8
P
A
D
1
R141R141
R146R146
R108R108
R145R145
C122C122
C110C110
R107R107
C116C116
R101R101
R117R117
R121R121
R123R123
C135C135
R144R144
R122R122
C117C117
AVDD_FAVDD_F
P
A
D
1
C111C111
R142R142
R118R118
C126C126
C121C121
C113C113
R111R111
U103U103
VGH 1
VGHM 2
RE 3
CD 4VD5
VDPM6
GND7
VFLK8
C134C134
R124R124
C103C103
C138C138
C101C101
C114C114
D105D105
A
K
J
C106C106
C137C137
C129C129
C107C107
C143C143
R104R104
C123C123
C140C140
C127C127
R105R105
R112R112
R106R106
C125C125
R126R126
L101L101
R127R127
R119R119
R116R116
R102R102
C139C139
VGHCVGHC
P
A
D
1
VGLVGL
P
A
D
1
R114R114
C118C118
C141C141
C120C120
C105C105
R110R110
D104D104
A
K
J
C112C112
C124C124
L102L102
C133C133
C102C102
5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
REF_B8
REF_B13
REF_B21
REF_B16
REF_B15
REF_B17
REF_B1
REF_B11
REF_B22
REF_B12
VCOMG
COMF2
VCOM2
REF_F21
VGMA2
VGMA3
VGMA4
VGMA5
REF_B10VGMA6
REF_F6
VGMA8
VGMA1
VGMA9
VGMA10
REF_F8
VGMA11
VGMA7
VGMA12
REF_F10
VGMA13
AVDD
GND
VGMA14
REF_B2
VG
M
A[
1.
.1
4]
REF_B6
REF_F2
REF_F7
VGMA_REF
REF_F13
REF_F15
REF_F16
REF_F17
REF_B7
GND
AVDDVGMA[1..14]
VCOM2
COMF2
REF_B1 REF_B1
REF_F1
REF_F1
REF_F11
REF_F11
REF_B11
REF_B11
REF_B12
REF_F12
REF_B12
REF_F12
REF_B22
REF_B22
REF_F22
REF_F22
AVDD_Gamma
AVDD_Gamma
AVDD_Gamma AVDD
Model Name
Size Document Number Rev
Date: Sheet of
T400XW01 V7_CTRB(EC02) 02D
3 4Tuesday, September 30, 2008
T400XW01 V7Model Name
Size Document Number Rev
Date: Sheet of
T400XW01 V7_CTRB(EC02) 02D
3 4Tuesday, September 30, 2008
T400XW01 V7Model Name
Size Document Number Rev
Date: Sheet of
T400XW01 V7_CTRB(EC02) 02D
3 4Tuesday, September 30, 2008
T400XW01 V7
REF_F2
REF_F7
REF_F8
REF_F10
REF_F13
REF_F15
REF_F16
REF_F17
REF_F1
REF_F2
REF_F6
REF_F7
REF_F8
REF_F10
REF_F11
REF_F12
REF_F13
REF_F15
REF_F16
REF_F17
REF_F21
REF_F21
REF_F22
REF_B2
REF_B6
REF_B7
REF_B8
REF_B10
REF_B11
REF_B12
REF_B13
REF_B14
REF_B16
REF_B17
REF_B21
REF_B22
Connect to 
GammaOP_Input
GammaOP_Out
REF_B1
15.36V
15.20V
10.57V
10.19V
9.91V
8.30V
8.09V
6.58V
6.32V
4.70V
4.40V
4.10V
0.44V
0.3247V
VGMA_REF=2.5(1+10K/2.62K)=12.042
V9 & V14 => L2
V7 & V16 => L64
V10 & V13 => L1.
V8 & V15 => L32
V5 & V18 => L192
V6 & V17 => L128.
V4 & V19 => L224
V1 & V22 => L255.
V3 & V20 => L253
V2 & V21 => L254.
V11 & V12 => L0.
REF_F6
R261
0402
R261
0402
REF11REF11PAD
1
C214
0603
C214
0603
R266
0402
R266
0402
C237
0603
C237
0603
VGAMA8VGAMA8
P
A
D
1
R271
0402
R271
0402
C261
0603
C261
0603
C215
0603
C215
0603
C256
0603
C256
0603
VGAMA10VGAMA10
P
A
D
1
C248
0603
C248
0603
R205
0603
R205
0603
VZ_REFVZ_REF
PAD1
R246
0603
R246
0603
R221
0603
R221
0603
C220
0603
C220
0603
C260
0603
C260
0603
VGAMA6VGAMA6
P
A
D
1
R212
0603
R212
0603
R209
0603
R209
0603
VCOM2VCOM2
P
A
D
1
R289
0603
R289
0603
R252
0603
R252
0603
C211
0603
C211
0603
R288
0603
R288
0603
REF15REF15
PAD1
C210
0603
C210
0603
C216
0603
C216
0603
R255
0603
R255
0603
VGAMA22VGAMA22
P
A
D
1
U202U202
Lo2
Jo4
Ko3
Mo1
Io5
Ho6
VSS7
N
.C
.
16
V
D
D
15
N
.C
.
14
C
o
13
Do12
Eo11
Fo10
VDD8
Go9
N
.C
.
17
B
o
18
V
S
S
19
A
o
20
V
S
S
21
V
D
D
22
A
i
23
B
i
24
Ci 25
Di 26
Ei 27
Fi 28
Gi 29
VDD 30
VSS 31
Hi 32
Ii 33
Ji 34
Ki 35
Li 36
M
i
37
N
i
38
V
co
m
i
39
N
.C
.
40
N
.C
.
41
N
.C
.
42
V
D
D
43
V
S
S
44
V
D
D
45
V
S
S
46
V
co
m
o
47
N
o
48
G1G1
R214
0603
R214
0603
R251
0603
R251
0603
C212
0603
C212
0603
R259
0603
R259
0603
R254
0603
R254
0603
R281
0402
R281
0402
R283
0603
R283
0603
R250
0603
R250
0603
REF2REF2
PAD1
C227
0603
C227
0603
C240
0603
C240
0603
VGAMA13VGAMA13
P
A
D
1
R287
0603
R287
0603
C226
0603
C226
0603
REF13REF13
PAD1
R285
0603
R285
0603
R242
0603
R242
0603
C202
0603
C202
0603
C225
0603
C225
0603
C263
0603
C263
0603
C221
0603
C221
0603
REF8REF8
PAD1
C238
0603
C238
0603
R207
0603
R207
0603
R277
0402
R277
0402
C228
0603
C228
0603
R253
0603
R253
0603
REF1REF1
PAD1
C236
0603
C236
0603
REF7REF7
PAD1
R274
0402
R274
0402
R215
0603
R215
0603
R275
0402
R275
0402
R237
0603
R237
0603
R286
0603
R286
0603
C254
1206
C254
1206
C2
01 1
21
0
C2
01 1
21
0
VGAMA15VGAMA15
P
A
D
1
C258
0603
C258
0603
C217
0603
C217
0603
REF16REF16
PAD1
R216
0603
R216
0603
R231
0603
R231
0603
REF_F22REF_F22PAD1
VGAMA1VGAMA1
P
A
D
1
R268
0402
R268
0402
C219
0603
C219
0603
VGAMA21VGAMA21
P
A
D
1
R206
0603
R206
0603
C205
0603
C205
0603
R292
0603
R292
0603
C241
0603
C241
0603
C2
03 1
21
0
C2
03 1
21
0
REF17REF17
PAD1
VGMA_REFVGMA_REF
P
A
D
1
R245
0603
R245
0603
U201U201
REF R
A
N
O
D
E
A
C
A
TH
C
VGAMA17VGAMA17
P
A
D
1
R235
0603
R235
0603
C247
0603
C247
0603
R269
0402
R269
0402
REF10REF10
PAD1
C206
0603
C206
0603
REF12REF12PAD
1
C257
0603
C257
0603
R270
0402
R270
0402
R290
0603
R290
0603
R222
0603
R222
0603
R210
0603
R210
0603
VGAMA16VGAMA16
P
A
D
1
VGAMA7VGAMA7
P
A
D
1
R257
0603
R257
0603
R239
0603
R239
0603
C253
0603
C253
0603
R201
0603
R201
0603
VGAMA11VGAMA11
P
A
D
1
C239
0603
C239
0603
C235
0603
C235
0603
R284
0603
R284
0603
COMF2COMF2
P
A
D
1
VGAMA2VGAMA2
P
A
D
1
R241
0603
R241
0603
REF21REF21
PAD1
C262
0603
C262
0603
R272
0402
R272
0402
R240
0603
R240
0603
B201
LS0603A
B201
LS0603A
REF6REF6
PAD1
R262
0402
R262
0402
R258
0603
R258
0603
C243
0603
C243
0603
R282
0402
R282
0402
R256
0603
R256
0603
C232
0603
C232
0603
R244
0603
R244
0603
R220
0603
R220
0603
C259
0603
C259
0603
R236
0603
R236
0603
C204
0805
C204
0805
VGAMA12VGAMA12
P
A
D
1
C234
0603
C234
0603
C255
1206
C255
1206
R291
1206
R291
1206
R273
0402
R273
0402
R211
0603
R211
0603
5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
YDIOU_T
VDD_V3D3
M
LV
BP
[0
..5
]
M
LV
BN
[0
..5
]
MLVBP0
MLVBP1
MLVBP2
MLVBP3
MLVBP4
MLVBN0
PF
CA
P
MLVBN1MLVBN2
MLVBP5
YV
1C
MLVBN3
MLVBN4
VSEL
MLVBN5
Rx
IN
P[
0.
.3
]
XP
O
L_
O
UT
M
BC
KP
M
BC
KN
Rx
IN
N[
0.
.3
]
M
FC
KN
M
FC
KP
FC
KP
FC
KN
M
LV
FN
[0
..5
]
MLVFN5
MLVFN4
PW
M
MLVFN3
YV1C
MLVFN2
PWM
MLVFN1
PI
GND
XOUT
XIN
M
LV
FP
[0
..5
]
GAMEN
MLVFP5
MLVFP4
ODEN
MLVFP3
BC
KN
MLVFP2
MLVFP1
BC
KP
VD
D_
V3
D3
MLVFP0
XPOL_T
YDIOD_T
INSDA
YOE_T
MLVFN0
INSCL
EPWP
XSTB_T
AG
M
O
DE
N
AG
M
O
DE
N
Rx
IN
N2
LV
DS
O
RD
LV
DS
O
RD
Rx
IN
N0
Rx
CL
KN
Rx
IN
N3
Rx
CL
KP
Rx
IN
P2
Rx
IN
P0
Rx
IN
P3
Rx
IN
P1
Rx
IN
N1
YCLK_T
VDD_V1D8
VDD_V3D3
VDD_V3D3
VDD_V1D8
VDD_V3D3
VDD_V1D8
VDD_V1D8
RE
SE
T
EX
SD
A
EX
SC
L
VDD_V3D3
V1D8
GND
V3D3
VDD_V3D3
VDD_V1D8P
GAVCC_E
V1D8
GND
V3D3
YV
1C
LV
DS
O
RD
AG
M
O
DE
N
Rx
IN
N[
0.
.3
]
Rx
IN
P[
0.
.3
]
Rx
CL
KN
Rx
CL
KP
EXSCL
EXSDA
YO
E1
_O
UT
YC
LK
_O
UT
YD
IO
U_
O
UT
XS
TB
_O
UT
XP
O
L_
O
UT
M
LV
FC
LK
P
M
LV
FC
LK
N
M
LV
BC
LK
P
M
LV
BC
LK
N
M
LV
FP
[0
..5
]
M
LV
FN
[0
..5
]
M
LV
BP
[0
..5
]
M
LV
BN
[0
..5
]
EXWP
VDD_V3D3
VDD_V3D3
VDD_V3D3
VDD_V1D8
VDD_V3D3
VDD_V1D8V1D8
VDD_V3D3V3D3
VDD_V1D8
VDD_V1D8
VDD_V3D3
Model Name
Size Document Number Rev
Date: Sheet of
T400XW01 V7_CTRB(EC02) 02D
4 4Tuesday, September 30, 2008
T400XW01 V7Model Name
Size Document Number Rev
Date: Sheet of
T400XW01 V7_CTRB(EC02) 02D
4 4Tuesday, September 30, 2008
T400XW01 V7Model Name
Size Document Number Rev
Date: Sheet of
T400XW01 V7_CTRB(EC02) 02D
4 4Tuesday, September 30, 2008
T400XW01 V7
Closed to the PIN 94 of U301
Closed to the PIN 23 of U301 Closed to the PIN 33 of U301
Closed to the PIN 13 of U301
Closed to the PIN 88 of U301
Closed to the PIN 35 of U301
Closed to the PIN58 of U301
For setting pin pull high
or pull low, please use
4.7k ohm resister
Closed to the PIN 65 of U301
Closed to the U302
 U301 
AUO 11401 K2
Closed to the U302
YDIOU_1YDIOU_1
PAD1
INSCLINSCL
PAD1
R316
0402
R316
0402
C328
0402
C328
0402
R306
0402
R306
0402
C331
1206
C331
1206
R319
0603
R319
0603
C313
0603
C313
0603
PWMPWM
P
A
D
1
D301
DS1005A
D301
DS1005A
R304
0402
R304
0402
R305
0402
R305
0402
C316
0402
C316
0402
C324
0402
C324
0402
R314
0402
R314
0402
C315
0603
C315
0603
R322
0603
R322
0603
1
3
2
4
C307
0603
C307
0603
R324
0402
R324
0402
R301
0603
R301
0603
C306
0402
C306
0402
2EGND2EGND
PAD 1
C317
0603
C317
0603
C329
0603
C329
0603
U304U304
A0 1
A1 2
A2 3
GND 4SDA5
SCL6
WP7
VCC8
C318
0402
C318
0402
YDIOD_1YDIOD_1
PAD1
C312
0402
C312
0402
C305
0603
C305
0603
C333
0603
C333
0603
R321
0603
R321
0603
1
3
2
4
VCCVCC
PAD1
C303
0603
C303
0603
R302
0603
R302
0603
R323
0402
R323
0402
C304
0805
C304
0805
B301
LS0603A10
B301
LS0603A10
R318
0402
R318
0402
R317
0402
R317
0402
B302
LS0603A10
B302
LS0603A10
R311
0402
R311
0402
XSTB_1XSTB_1
PAD1
INSDAINSDA
PAD1
C311
0603
C311
0603
C308
0402
C308
0402
C322
0402
C322
0402
R309
0402
R309
0402
R303
0402
R303
0402
YOE_1YOE_1PAD1
C325
0402
C325
0402
XPOL_1XPOL_1PAD1
U301U301
M
LV
B
0N
67
M
LV
B
0P
66
V
D
D
P
18
65
P
FC
A
P
64
M
LV
F5
N
63
M
LV
F5
P
62
M
LV
F4
N
61
M
LV
F4
P
60
G
N
D
59
V
D
D
M
58
M
LV
F3
N
57
M
LV
F3
P
56
M
LV
FC
LK
N
55
M
LV
FC
LK
P
54
M
LV
F2
N
53
M
LV
F2
P
52
G
N
D
51
VDDM 50
MLVF1P 48
MLVF0N 47
PI 45
GND 44
VDDIO 43
XPOL 42
GND 36
VDDC18 33
YDIOD 40
YDIOU 39
YCLK 38
YOE 37
MLVB5P82
VDDIO 35
GND 34
GND 32
VDDIO 31
MLVB4P80
XOUT 29
XIN 28
INSDA 27
INSCL 26
VDDC1894
GND 30
G
N
D
24
LU
TS
E
L
4
VDDIO88
YV1C86
VDDIO84
N
R
S
E
T
2
U
D
S
E
L
3
LV
D
S
O
R
D
6
A
G
B
S
E
N
7
C
H
G
FB
5
G
N
D
71
G
N
D
8
V
D
D
L
13
R
X
C
LK
N
16
R
X
IN
0N
9
R
X
IN
0P
10
R
X
IN
1N
11
R
X
IN
1P
12
R
X
IN
2N
14
R
X
IN
2P
15
R
X
C
LK
P
17
R
X
IN
3N
18
G
N
D
20
E
X
S
C
L
21
E
X
S
D
A
22
V
D
D
C
18
23
V
D
D
IO
1
E
P
W
P
25
GND85
R
X
IN
3P
19
M
LV
B
1P
68
M
LV
B
1N
69
V
D
D
M
70
M
LV
B
2P
72
M
LV
B
2N
73
M
LV
B
C
LK
P
74
M
LV
B
C
LK
N
75
PWM87
MLVB5N83
MLVB4N81
VDDM78
GND79
GND89
TEST90
GND91
VDDIO92
VSEL93
GND95
GND96
VDDIO97
GAMEN98
ODEN99
GND100
MLVB3P76
XSTB 41
MLVF0P 46
MLVF1N 49MLVB3N77
G1G1
C321
0603
C321
0603
R313
0402
R313
0402
R320
0402
R320
0402
R312
0402
R312
0402
C309
0603
C309
0603
WPWP
PAD1
C310
0402
C310
0402
C323
0402
C323
0402
C332
1206
C332
1206
C302
0402
C302
0402
YCLK_1YCLK_1
PAD1
U303U303
1 4
2 3
R307
0402
R307
0402
C326
0402
C326
0402
U302U302
A01
A12
A23
GND4 SDA 5
SCL 6
WP 7
Vcc 8
R315
0402
R315
0402
C327
0402
C327
0402
R310
0402
R310
0402
C301
0603
C301
0603
C330
0805
C330
0805
C314
0805
C314
0805
R308
0402
R308
0402
5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
XP
O
L1
LV
D
S_
SE
L
R
XI
N
O
P1
VG
M
A1
7
VG
M
A2
2
R
XC
LK
O
N
VG
M
A2
1
YCLKYCLK
XPOL1
R
XC
LK
O
P
R
XI
N
EP
0
R
XI
N
EP
2
R
XI
N
EP
3
R
XI
N
EN
2
RXINEN[0..3]
R
XI
N
EN
3
R
XI
N
EP
1
R
XC
LK
EN
R
XI
N
EN
1
R
XC
LK
EP
R
XI
N
EN
2
RXINOP[0..3]
G
N
D
R
VN
[4
..6
]
XS
TB
1
XV
C
C
YOE YOE
R
XI
N
O
N
2
VGL
RXINON[0..3]
R
XI
N
EP
2
R
XI
N
EP
3
R
XI
N
O
N
0
VG
M
A1
3
VG
M
A2
1
VG
M
A1
2
VG
M
A1
1
LV
P[
0.
.2
]
YV1C YV1C
VG
M
A2
2
XAVDDXAVDD
R
XI
N
O
P2
XPOL1
XSTB1 XSTB1
R
VP
[0
..2
]
G
N
D
R
VN
[0
..2
]
V12 V12in
R
XI
N
O
N
0
VGL
R
XI
N
O
N
3
G
N
D
M
_V
C
O
M
I2
R
XI
N
O
P0
XVCC
R
XC
LK
EN
VG
H
C
XS
TB
1
VG
M
A1
9
VG
L
12Vin
VGHC
XAVDD
XV
C
C
XVCC
XVCC
AV
D
D
VG
M
A4
VG
M
A1
5
R
XI
N
O
P3
R
XI
N
EN
0
R
XI
N
EN
0
R
VP
[4
..6
]
LV
N
[0
..2
]
LV
N
[4
..6
]
V12in
LV
P[
4.
.6
]
R
XC
LK
O
P
R
XI
N
EP
0
R
XC
LK
EP
EXSDA
EXSCL
R
XI
N
O
P0
VG
M
A[
1.
.2
2]
R
XI
N
O
P2
V3D3
R
XI
N
O
N
3
R
XI
N
O
N
1
R
XC
LK
O
N
GND
V3D3
R
XI
N
O
N
1
VG
M
A1
0
VG
M
A6
VG
M
A8
VG
M
A1
VG
M
A2
VG
M
A8
VG
M
A6
VG
M
A1
1
VG
M
A1
3
VG
M
A1
7
VG
M
A2
VG
M
A4
VG
M
A1
VG
M
A1
5
VG
M
A1
2
VG
M
A1
9
VG
M
A1
0
R
XI
N
O
P3
V1D2
R
XI
N
EN
1
G
N
D
R
XI
N
O
P1
R
XI
N
O
P0
R
XC
LK
O
P
R
XI
N
O
N
2
R
XI
N
O
N
1
R
XI
N
O
P3
R
XI
N
O
N
3
R
XI
N
O
P1
R
XC
LK
O
N
VGHC VGHC
VGHC
VGL VGL
R
XC
LK
EP
R
XI
N
EP
0
R
XI
N
EN
3
R
XI
N
EN
1
R
XI
N
EP
3
R
XI
N
EP
1
R
XI
N
EN
2
R
XI
N
EN
0
R
XI
N
EP
2
R
XC
LK
EN
VG
H
C
VG
L
LV
D
SO
R
D
AG
BS
EN
G
N
D
R
XI
N
O
N
2
XSTB1
XS
TB
1
R
XI
N
O
N
0
R
XI
N
EP
1
VC
O
M
F
R
XI
N
O
P2
R
XI
N
EN
3
XPOL1
XP
O
L1
R
ES
F
RESFRESF RESF
R
ES
F
M
_V
C
O
M
I2
M
_V
C
O
M
I2
YDIOD YDIOD
YCLK
YDIOD
YC
LKYD
IO
D
M_VCOMI2M_VCOMI2
EX
SD
A
SDA
SCL
XA
VD
D
AVDD
LV
C
LK
N
LV
C
LK
N
LV
C
LK
P
LV
C
LK
P
RVP[0..2]
R
VC
LK
N
R
VC
LK
N
R
VC
LK
P
R
VC
LK
P
U
_D
F
YD
IO
U
_F
YD
IO
U
XD
IO
F
XD
IO
F
HAVDD XHAVDD
XHAVDDXHAVDD
LV
N
[4
..6
]
LV
N
[4
..6
]
LV
P[
4.
.6
]
LV
P[
0.
.2
]
LV
N
[0
..2
]
LV
N
6
LV
N
4
LV
N
5
LV
P5
LV
P4
LV
N
2
LV
N
1
LV
N
0
LV
P2
LV
P1
LV
P0
LV
P4
LV
P5
LV
P6
LV
N
4
LV
N
5
LV
N
6
LV
P[
0.
.2
]
LV
N
[0
..2
]
LV
P0
LV
P1
LV
P2
LV
N
0
LV
N
1
LV
N
2
R
VP
0
R
VN
0
R
VP
1
R
VN
1
R
VP
2
R
VN
2
R
VP
4
R
VN
4
R
VP
5
R
VN
5
R
VP
6
R
VN
6
R
VP
[4
..6
]
RVN[0..2]
R
VN
[0
..2
]
RVP[0..2]
R
VP
[0
..2
]
R
VC
LK
N
R
VC
LK
P
R
VP
4
R
VN
4
R
VP
5
R
VN
5
R
VP
6
R
VN
6
R
VP
[4
..6
]
R
VN
[4
..6
]
R
VP
[0
..2
]
R
VN
[0
..2
]
RVN[0..2]
R
VP
0
R
VN
0
R
VP
1
R
VN
1
R
VP
2
R
VN
2
YO
E_
F
YO
E
YO
E YD
IO
D
_F
YD
IO
D
XP
O
L1
XSTB
XPOL
YD
IO
U
YDIOU YDIOU
XVCC
U_DFXVCC
U_DB
U
_D
B
XD
IO
B
XD
IO
B
R
VN
[4
..6
]
LVP6
LV
P[
4.
.6
]
VGMA[1..22]VGMA[1..22]
XH
AV
D
D
XH
AV
D
DVC
O
M
F2
VCOMF2
M_VCOMI2
VCOMF
VCOMF2
VCOMF2
VC
O
M
F2
YOE
YC
LK
_F
YC
LK
YDIOU
AGBSEN AGING
LVDS_SELLVDSORD
V3D3
XA
VD
D
EX
SC
L
R
ES
B
12Vin
G
N
D
AG
IN
G
SC
L
SD
A
RXINEP[0..3]
W
P
EXWP
WP
Model Name
Size Document Number Rev
Date: Sheet of
Custom
1 4Tuesday, September 30, 2008
T460HW03 V4 CB
友達光電電視顯示器產品研發處
Control Block EC02
Model Name
Size Document Number Rev
Date: Sheet of
Custom
1 4Tuesday, September 30, 2008
T460HW03 V4 CB
友達光電電視顯示器產品研發處
Control Block EC02
Model Name
Size Document Number Rev
Date: Sheet of
Custom
1 4Tuesday, September 30, 2008
T460HW03 V4 CB
友達光電電視顯示器產品研發處
Control Block EC02
NC
Close to U100
NC
Close to J2
Close to TCON
Close to J1
X-BACK/Right
Close to J2,J3
Close to J1
X-FRONT/Left
Close to Tcon
Close to J2
Close to J3
YDIOU
Normal / Mirror Setting Table
O
X
Normal Mirror
YDIOD O
X
U_DF
U_DB
H
HL
L
NC
NC
NCNC
NC
NC
NC
High Aging
LORD_INV
LVDSORD Setting Table
0 NS
LVDSORD MODE
NS
JEIDA
JEIDA
1
0
0 1
1
1 0 MD40_NPTH
MD45_NPTH
MD40_NPTH
MD40_NPTH
MD40_NPTH
MD40_NPTH
MD45_NPTH
MD43_NPTH MD43_NPTH
NC
Inverse circuit
J3J3
G
1
G
2 1234567891011121314151617181920212223242526272829303132333435363738394041424344454647484950515253545556575859606162636465666768697071727374757677787980
C1
X7R
25V
0603
0.81~0.90mm
C1
X7R
25V
0603
0.81~0.90mm
R8
1%
0402
R8
1%
0402
TCON
R
X
IN
O
N
[0
..3
]
R
X
IN
O
P
[0
..3
]
R
X
C
LK
O
N
R
X
C
LK
O
P
R
X
C
LK
E
N
R
X
C
LK
E
P
R
X
IN
E
N
[0
..3
]
R
X
IN
E
P
[0
..3
]
LV
D
S
O
R
D
A
G
B
S
E
N
EXSDA
EXSCL
GND
V1D2
V3D3
YV1C
XSTB
XPOL
R
V
P
[4
..6
]
R
V
N
[4
..6
]
LV
N
[0
..2
]
LV
P
[0
..2
]
YOE_T
YCLK_T
YDIO_T
RVCLKP
RVCLKN
LV
C
LK
N
LV
C
LK
P
LV
P
[4
..6
]
LV
N
[4
..6
]
RVN[0..2]
RVP[0..2]
EXWP
R11
5% 0402
R11
5% 0402
C12 0402
X7R
50V
C12 0402
X7R
50V
R13 5%
0402
R13 5%
0402
C14
0402
X7R
50V
C14
0402
X7R
50V
RXINEP3RXINEP3
P
A
D
1
EXSDAEXSDA
P
A
D
1
R3
1%
0402
R3
1%
0402
C18
X7R
25V
0603
0.81~0.90mm
C18
X7R
25V
0603
0.81~0.90mm
GH4GH4
1
B1LS0603AB1LS0603A
R19
5%
0402
R19
5%
0402
GH6GH6
1
B4LS0603AB4LS0603A
R6
1%
0402
R6
1%
0402
C7
X7R
25V
0805
1.21~1.40mm
C7
X7R
25V
0805
1.21~1.40mm
RXINON0RXINON0
P
A
D
1
R25
5%
0402
R25
5%
0402
RXINEP1RXINEP1
P
A
D
1
C4
X7R
50V
0402
0.51~0.60mm
C4
X7R
50V
0402
0.51~0.60mm
C16
X7R
16V
0402
0.51~0.60mm
C16
X7R
16V
0402
0.51~0.60mm
R23
1%
0603
R23
1%
0603
RXINEP2RXINEP2
P
A
D
1
RXCLKOPRXCLKOP
P
A
D
1
R29
5%
0402
R29
5%
0402
C15
0402
X7R
50V
C15
0402
X7R
50V
R26
5%
0402
R26
5%
0402
RXINEP0RXINEP0
P
A
D
1
R5
1%
0402
R5
1%
0402
RXINEN3RXINEN3
P
A
D
1
Gamma
A
V
D
DGND
VGMA[1..22]
V
C
O
M
F2
V
C
O
M
F
D1
DS2114B
D1
DS2114B
R24
5%
0603
R24
5%
0603
R21
5%
0402
R21
5%
0402
C19
X7R
25V
0603
0.81~0.90mm
C19
X7R
25V
0603
0.81~0.90mm
RXINEN2RXINEN2
P
A
D
1
C10
0402
C10
0402
GND
V12in
V3D3
A
V
D
D
V
G
H
C
V
G
L
Y
V
1C
V1D2
H
A
V
D
D
RXINOP2RXINOP2
P
A
D
1
B2LS0603AB2LS0603A
GH8GH8
1
R14
5%
0402
R14
5%
0402
J1J1
1
1
2
2
3
3
4
4
5
5
6
6
7
7
8
8
9
9
10
10
11
11
12
12
13
13
14
14
15
15
16
16
17
17
18
18
19
19
20
20
21
21
22
22
23
23
24
24
25
25
26
26
27
27
28
28
29
29
30
30
31
31
32
32
G
2
G
2
G
1
G
1
G
3
G
3
G
4
G
4
G
5
G
5
G
6
G
6
G
7
G
7
G
8
G
8
G
9
G
9
G
10
G
10
33
33
34
34
35
35
36
36
37
37
38
38
39
39
40
40
41
41
42
42
43
43
44
44
45
45
46
46
47
47
48
48
49
49
50
50
51
51
YOEYOE
PAD1
C9
X7R
25V
0805
1.21~1.40mm
C9
X7R
25V
0805
1.21~1.40mm
R34
5%
0402
R34
5%
0402
J2J2
G
1
G
2 1234567891011121314151617181920212223242526272829303132333435363738394041424344454647484950515253545556575859606162636465666768697071727374757677787980
GH9GH9
1
F1
1206
F1
1206
C17
X7R
25V
0603
0.81~0.90mm
C17
X7R
25V
0603
0.81~0.90mm
GH1GH1
1
R2
1%
0402
R2
1%
0402
R22
5%
0402
R22
5%
0402
R4
1%
0402
R4
1%
0402
C13
0402
X7R
50V
C13
0402
X7R
50V
R27
1%
0603
R27
1%
0603
GH3GH3
1
C2
X7R
25V
0603
0.81~0.90mm
C2
X7R
25V
0603
0.81~0.90mm
12Vin12Vin
P
A
D
1
RXCLKENRXCLKEN
P
A
D
1
B3
LS1206A
B3
LS1206A
RXINEN1RXINEN1
P
A
D
1
YDIOUYDIOUPAD
1
C3
X7R
25V
0603
0.81~0.90mm
C3
X7R
25V
0603
0.81~0.90mm
RXCLKONRXCLKON
P
A
D
1
R1
1%
0402
R1
1%
0402
R7
1%
0402
R7
1%
0402
R33
1%
0402
R33
1%
0402
R10
1%
0402
R10
1%
0402
D4
DS1406A
D4
DS1406A
R15 5%
0402
R15 5%
0402
RXINON1RXINON1
P
A
D
1
XPOL1XPOL1
P
A
D
1
EXSCLEXSCL
P
A
D
1
EXWPEXWP
P
A
D
1
C11
0402
C11
0402
YDIODYDIODPAD
1
C8
X7R
25V
0805
1.21~1.40mm
C8
X7R
25V
0805
1.21~1.40mm
R9
1%
0402
R9
1%
0402
GH5GH5
1
R16 5%
0402
R16 5%
0402
R31
5% 0402
R31
5% 0402
C5
X7R
50V
0402
0.51~0.60mm
C5
X7R
50V
0402
0.51~0.60mm
D3
DS1406A
D3
DS1406A
YCLKYCLKPAD
1
RXINOP0RXINOP0
P
A
D
1
R30
5%
0402
R30
5%
0402
R12
5% 0402
R12
5% 0402
RXINOP3RXINOP3
P
A
D
1
C6
X7R
50V
0402
0.51~0.60mm
C6
X7R
50V
0402
0.51~0.60mm
D2
DS1406A
D2
DS1406A
RXINOP1RXINOP1
P
A
D
1
R28
5%
0603
R28
5%
0603
XSTB1XSTB1
P
A
D
1
R18
5%0402
R18
5%0402
RXINON2RXINON2
P
A
D
1
Q102
SOT416GSD
Q102
SOT416GSDG
D
S
C20
X7R
25V
1210
2.01~2.30mm
C20
X7R
25V
1210
2.01~2.30mm
RXINON3RXINON3
P
A
D
1
R20
5%
0402
R20
5%
0402
R17
5%0402
R17
5%0402
RXINEN0RXINEN0
P
A
D
1
RXCLKEPRXCLKEP
P
A
D
1
GH7GH7
1
GH2GH2
1
5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
V3D3_F
REF
V12in
V1D2
V3D3
VGL
V12in
Vo1
Vo1V12in SW
SW
V12in
V12in
Vo1
REF
GD
AVDD
GND
V12in
HAVDD
AVDD
VGHM
VGH
GND
V12in
HAVDD
V1D2
VGL
AVDD
V3D3
YV1C
VGHC
V3D3
Model Name
Size Document Number Rev
Date: Sheet of
Custom
2 4Tuesday, September 30, 2008
T460HW03 V4 CB
友達光電電視顯示器產品研發處
DC-DC(ROHM-8160) EC02
Model Name
Size Document Number Rev
Date: Sheet of
Custom
2 4Tuesday, September 30, 2008
T460HW03 V4 CB
友達光電電視顯示器產品研發處
DC-DC(ROHM-8160) EC02
Model Name
Size Document Number Rev
Date: Sheet of
Custom
2 4Tuesday, September 30, 2008
T460HW03 V4 CB
友達光電電視顯示器產品研發處
DC-DC(ROHM-8160) EC02
C125 put closed to Pin 20
TI65160: R121=191K; R122=110K
BD8160: R121=191K; R122=110K
 C129=68pF
C101, C102 put closed to L101
TI65160: R101=127K; R103=10K
BD8160: R101=127K; R103=10.2K
 C106=200pF
C124 put closed to Pin 22
C121: AVDD and VGH delay time control
C122: VGL delay time control
C120: AVDD soft-start time control
C109 put closed to Pin 8
NC
TI65160: R104=0 ; C107=22n
BD8160: R104=7.5K; C107=2.2n
15.54V
1/2 AVDD soft-start
close pin6
VFB=0.9V
NC
close pin7
Current limit R to reduce inrush
current during YV1C switch
27.15V
NCNC
Ivhgc = 40mA
Iv1d2 = 200 mA
MAX : 4.0mm
MAX : 4.0mm
MAX : 3.2 mm
R128 / R119 for HAVDD power sequence control
NC
C101
X7R
25V
1210
2.01~2.30mm
C101
X7R
25V
1210
2.01~2.30mm
C127
X7R 10V
1206
1.61~1.80mm
C127
X7R 10V
1206
1.61~1.80mm
R142
1%
0402
R142
1%
0402
R132
5%1206
R132
5%1206
C106
NPO 50V
0603
C106
NPO 50V
0603
R123
0402
1%
R123
0402
1%
R143
5%
0603
R143
5%
0603
U105U105
VGH 1
VGHM 2
RE 3
CD 4VD5
VDPM6
GND7
VFLK8 R131
5%
0805
R131
5%
0805
R136
5%1206
R136
5%1206
R126
5%
1206
R126
5%
1206
C125
X7R
25V
1210
2.01~2.30mm
C125
X7R
25V
1210
2.01~2.30mm
R140
5%0603
R140
5%0603
R113
1%
0402
R113
1%
0402
C115
X7R
50V
0805
0.61~0.70mm
C115
X7R
50V
0805
0.61~0.70mm
D107
DS1406A
D107
DS1406A
C143
X7R
16V
0402
0.51~0.60mm
C143
X7R
16V
0402
0.51~0.60mm
C113
X7R
50V
1206
1.61~1.80mm
C113
X7R
50V
1206
1.61~1.80mm
R107
0805
R107
0805
C144
X7R
50V
1206
1.61~1.80mm
C144
X7R
50V
1206
1.61~1.80mm
R114
1%
0402
R114
1%
0402
C130
X7R 10V
1206
1.61~1.80mm
C130
X7R 10V
1206
1.61~1.80mm
D103
SOT23AKJ
D103
SOT23AKJ
A
K
J
R122
0402
1%
R122
0402
1%
U103U103
G
N
D
G
VinI Vout O
C104
X7R
25V
1210
2.01~2.30mm
C104
X7R
25V
1210