Determine the W/L and other values in the single stage common-source amplifier below such that drain current is 11.33 amp and gain is high. 2. Initial CalculationsVoltage Gain (JAy| > 10 V /V)Biasing (VGs = 2.5 V)Tech Parameterskpgm = kp(W /L)(Vcs – Vyn)In =G) (Vas – Vrw)?VDp = 5 VVA = 77 VVTN = 1.3 Vkp = 20.45 uA/V?W/L =gm =Ip =A%3D|Ay| = gm · RpVIn 2 VTN → VIN 2 1.3 V10 = 1.92 m · RDRp = 1. RequirementsCommon Source AmplifiervccvccInput frequency range2k – 20 kHzR11Voltage gain10 V/VR4R=Input matchingHighOutput matchingLowT10Vt0=1,3 VInput voltage swing0.1 VpKp=20.54 uLambda=15mLoad typeCapacitiveR10R=CD4007From system level analysis of Design 1

Answered: Image /qna-images/answer/9a8c50e8-0d74-429b-8e76-a2c90c54cb37.jpg

2. Initial Calculations Voltage Gain (JAy| > 10 V /V) Biasing (Vas = 2.5 V) Tech Parameters gm = kp(W /L)(Vcs – Vrn) Ip = (Vas – Vrw)? kp VDD = 5 V VA = 77 V VTN = 1.3 V kp = 20.45 uA/V² W/L = gm = Ip = A %3D |Ayl = gm · Rp VIn 2 VTN + VIN > 1.3 V 10 = 1.92 m · RD Rp =

2. Initial Calculations Voltage Gain (JAy| > 10 V /V) Biasing (Vas = 2.5 V) Tech Parameters gm = kp(W /L)(Vcs – Vrn) Ip = (Vas – Vrw)? kp VDD = 5 V VA = 77 V VTN = 1.3 V kp = 20.45 uA/V² W/L = gm = Ip = A %3D |Ayl = gm · Rp VIn 2 VTN + VIN > 1.3 V 10 = 1.92 m · RD Rp =

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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Question

Determine the W/L and other values in the single stage common-source amplifier below such that drain current is 11.33 amp and gain is high.

2. Initial Calculations
Voltage Gain (JAy| > 10 V /V)
Biasing (VGs = 2.5 V)
Tech Parameters
kp
gm = kp(W /L)(Vcs – Vyn)
In =G) (Vas – Vrw)?
VDp = 5 V
VA = 77 V
VTN = 1.3 V
kp = 20.45 uA/V?
W/L =
gm =
Ip =
A
%3D
|Ay| = gm · Rp
VIn 2 VTN → VIN 2 1.3 V
10 = 1.92 m · RD
Rp =

1. Requirements
Common Source Amplifier
vcc
vcc
Input frequency range
2k – 20 kHz
R11
Voltage gain
10 V/V
R4
R=
Input matching
High
Output matching
Low
T10
Vt0=1,3 V
Input voltage swing
0.1 Vp
Kp=20.54 u
Lambda=15m
Load type
Capacitive
R10
R=
CD4007
From system level analysis of Design 1

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