consider common source amplifier w/ current mirror load Q3 VDD assume the following. Q2 Process parameters: TRET Vo + 1501 VAN = 1V+P1 = 0.5√ kn = 1 mA IMA 2 Kp.500 NA V 2 1. is operating region of PMOS Q3 if conducting. is in triode, Saturation, or triode / Saturation depending on Vusp 2% 2. is operating region of PMOS Q₂ if conducting. is in triode, saturation, or trade/Sateration depending on Vasp and Vo 3. I REF = 300μA & (WIL)Q, = 10, (W/L) Q2 = 10, (W/L) 2315 assume thangsters are saturated. What is DC bias current, lo? 4. What is transconductance of Q1, gmt 5. Find Volt gain, Av, if given Early VAN=20V (NMOS) | VAD |= 5V (PMOs) voltage rel

consider common source amplifier w/ current mirror load Q3 VDD assume the following. Q2 Process parameters: TRET Vo + 1501 VAN = 1V+P1 = 0.5√ kn = 1 mA IMA 2 Kp.500 NA V 2 1. is operating region of PMOS Q3 if conducting. is in triode, Saturation, or triode / Saturation depending on Vusp 2% 2. is operating region of PMOS Q₂ if conducting. is in triode, saturation, or trade/Sateration depending on Vasp and Vo 3. I REF = 300μA & (WIL)Q, = 10, (W/L) Q2 = 10, (W/L) 2315 assume thangsters are saturated. What is DC bias current, lo? 4. What is transconductance of Q1, gmt 5. Find Volt gain, Av, if given Early VAN=20V (NMOS) | VAD |= 5V (PMOs) voltage rel

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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