Chegg Solutions for Microelectronic Circuits (Adel S Sedra, Kenneth C Smith) (Z-Library)_parte_1162

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Step 1 of 9 10.050P Determine the value of transcondutance Substitute 2mA for and 25 mV for 2 mA 25 mV 2 mA Step 2 of 9 Determine the value Substitute 120 for and 80 mA/V 120 80 mA Step 3 of 9 Determine the value f capacitance Substitute the values 80 mA/V 2 GHz for and for 80 mA/V =5.37pF Step (a) Write expression midband voltage gain Substitute 100 1.5 for and -10 V/V for (0.9375) -10 -0.9375 Determine the value input capacitance Substitute 5.37 pF for and 10.66 for =17.03 pF Determine the value of resistance Substitute 100 and 1.5 1.5kQ 1.5kQ Step Determine the value frequency Substitute 17.03 pF for and 93.75 for = )(93.75) =99.73 MHz the value Step 7 of 9 (b) Write the expression midband gain Substitute 100 1.5 for and -1 V/V for 100 1.5 -0.9375 Step Determine the value of input capacitance Cn Substitute 5.37 pF for C, and 1.066 =7.436 pF Step Determine the value of resistance Substitute 100 and 1.5 (1.5 1.5 1.5 Determine the value frequency Substitute 7.436 pF for and 93.75 for Therefore the value