9- Design a common-source, single-stage amplifier that has a voltage gain of-6.4. Assume quiescent drain current of 5.8mA, VDs = 5.9 V, VT = 4.3V K, = 0.0017 A/V?. (R1+R2) = 240k2. (Using a BS107 N-Channel MOSFET) (8. = 2JK,I 0). n' DQ R„R; Rp +R1. A, =-gm In=K, (VGs-2V¡VGs+V?) R1 RD 0.47µF C1 Rg RL 10kn VDD -15 V 500 0.47µF BS170 Vg. 1 Vpk 10kHz 0° R2 RS C3 =0.47µF

9- Design a common-source, single-stage amplifier that has a voltage gain of-6.4. Assume quiescent drain current of 5.8mA, VDs = 5.9 V, VT = 4.3V K, = 0.0017 A/V?. (R1+R2) = 240k2. (Using a BS107 N-Channel MOSFET) (8. = 2JK,I 0). n' DQ R„R; Rp +R1. A, =-gm In=K, (VGs-2V¡VGs+V?) R1 RD 0.47µF C1 Rg RL 10kn VDD -15 V 500 0.47µF BS170 Vg. 1 Vpk 10kHz 0° R2 RS C3 =0.47µF

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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