For this amplifier circuit, the amplifier has lower frequency of 10KHZ and high frequency of 100KHZ. 15V gaina 7.5k Co 100k 10k Ik fH IL Amplifier Frequency Response f(H2) 15V a) Find out the bandwidth of an amplifier. b) Draw the a model of an amplifier in this range of frequency freq <10kHz c) Draw the t model of an amplifier in this range of frequency freq >100kHz d) If the gm is 3.8 mA/V , find out the gain of an amplifier in this range of frequency 10KH2< freq <100KHZ e) Write down the expression (Generalized expression) of overall gain of an amplifier in higher frequency band of an amplifier.

For this amplifier circuit, the amplifier has lower frequency of 10KHZ and high frequency of 100KHZ. 15V gaina 7.5k Co 100k 10k Ik fH IL Amplifier Frequency Response f(H2) 15V a) Find out the bandwidth of an amplifier. b) Draw the a model of an amplifier in this range of frequency freq <10kHz c) Draw the t model of an amplifier in this range of frequency freq >100kHz d) If the gm is 3.8 mA/V , find out the gain of an amplifier in this range of frequency 10KH2< freq <100KHZ e) Write down the expression (Generalized expression) of overall gain of an amplifier in higher frequency band of an amplifier.

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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