Chegg Solutions for Microelectronic Circuits (Adel S Sedra, Kenneth C Smith) (Z-Library)_parte_644

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Step 1 of 11 5.065P Cons der the following circuit diagram with source and gate of the transistor are grounded: VD VG - Figure 1 Step of 11 In the circuit gate and source are connected to ground VG =0V and =0V So, the gate to source voltage is, =0V For The Drain source voltage is, =0.1-0 =0.1V Step 3 of The condition for triode region is, Since the condition is satisfied, the transistor is operating in triode region Step 11 The equation for drain current is, =0.59x10⁻³ =0.59mA Therefore, the drain current is, =0.59mA Step For The Drain source voltage =1V Step The condition for triode region is, Since the condition is satisfied, the transistor operating in triode region Step of 11 The equation for drain current is, =5mA Therefore, the drain current is, Step 11 For The Drain source voltage is, =3-0 =3V Step of 11 The condition for saturation 3=3 Since = the transistor is operating at the edge of saturation Step 11 The equation for drain current =9x10-3 =9mA Therefore, the drain current is. Step 11 of The Drain source voltage is, =5-0 =5V The condition for saturation 523 Since the condition is satisfied, the transistor is operating in saturation region The equation for drain current is =9mA Therefore, the drain current =9mA