A MOSFET a,mplifier with the configuration is to be designed. Magnitude of voltage gain, Av=Vo/Vsig, should be 10 in the mid-band range for Zi=36k ohm. Mid-band frequency range should extend from 300 Hz to 3.4k Hz. Cs is used to set the low cut-off frequency while Cp is used to set high cut-off frequency. If the measured Q-point is VGSQ=1.8 V, IDQ=0.2 mA, VDSQ=5 V.1. Determine RD2. Determine Cs and Cp A MOSFET amplifier with the configuration in Figure B.2(b) is to be designed foruse in a telephone circuit. The magnitude of the voltage gain, A, =vo/Vsig, should be10 in the mid-band range for Zi = 36 k2. The mid-band frequency range shouldextend from 300 Hz to 3.4 kHz. For this purpose, Cs is used to set the low cut-offfrequency while Cp is used to set the high cut-off frequency. If the measured Q-|point is VGsQ = 1.8 V, IDQ = 0.2 mA, and VDSQ = 5V;VDD = 9 VRDR1VoReig = 200 2CpR2VsigZi(i) Determine Rp.(ii) Determine Cs and Cp.HE

The MOSFET amplifier circuit is shown below: (i) The Q points of the given amplifier is, VGSQ=1.8…

Answered: A MOSFET amplifier with the…

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

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A MOSFET a,mplifier with the configuration is to be designed. Magnitude of voltage gain, Av=Vo/Vsig, should be 10 in the mid-band range for Zi=36k ohm. Mid-band frequency range should extend from 300 Hz to 3.4k Hz. Cs is used to set the low cut-off frequency while Cp is used to set high cut-off frequency. If the measured Q-point is VGSQ=1.8 V, IDQ=0.2 mA, VDSQ=5 V.

1. Determine RD

2. Determine Cs and Cp

A MOSFET amplifier with the configuration in Figure B.2(b) is to be designed for
use in a telephone circuit. The magnitude of the voltage gain, A, =vo/Vsig, should be
10 in the mid-band range for Zi = 36 k2. The mid-band frequency range should
extend from 300 Hz to 3.4 kHz. For this purpose, Cs is used to set the low cut-off
frequency while Cp is used to set the high cut-off frequency. If the measured Q-
|
point is VGsQ = 1.8 V, IDQ = 0.2 mA, and VDSQ = 5V;
VDD = 9 V
RD
R1
Vo
Reig = 200 2
Cp
R2
Vsig
Zi
(i) Determine Rp.
(ii) Determine Cs and Cp.
HE

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