(i) Determine Vov. (ii) Assuming a common mode input voltage of 8V, determine the source voltage. (iii) Determine the range of input common mode voltage. (iv) Determine the difference in the drain voltages if the resistance RD associated with transistor Q2 increases by 20%.

(i) Determine Vov. (ii) Assuming a common mode input voltage of 8V, determine the source voltage. (iii) Determine the range of input common mode voltage. (iv) Determine the difference in the drain voltages if the resistance RD associated with transistor Q2 increases by 20%.

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

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Concept explainers

Differential amplifier

There are two amplifying stages with common degeneration in a differential amplifier.

Question

Q3.
V DD
Rp
Rp
-O Up2
Upi O
-Vss
Here,
H=450cm/V.s
W=600µm
Page 1 of 3

L=350µm
Eox=3.45x10-1"F/m
to=30nm
VDD=Vss=15V
Rp=4k2
I=4mA
Vt=.8 V
Vcs,min = 5V(Minimum voltage across current source)
(i)
Determine Vov.
(ii) Assuming a common mode input voltage of 8V, determine the
source voltage.
(iii) Determine the range of input common mode voltage.
(iv) Determine the difference in the drain voltages if the resistance RD
associated with transistor Q2 increases by 20%.

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