Q2. Given the circuit configuration below, Vcc=VEE=6V, R = 2kn Rc = 6kn, Re = 5kn, Rb = 0, Rw = 2002 where the sliding contact is at the middle of variable resistor. T1 and T2 are with the same characteristics, where B = 100, rpe = 5kn. Find out the voltage gain in common mode and differential mode, and compute CMRR.

Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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1
Re
Uo
R.
T1
오 T:
Rw
Ui
-l'e
Transcribed Image Text:Re Uo R. T1 오 T: Rw Ui -l'e
Q2. Given the circuit configuration below, Vc=VeE=6V, R = 2kn Rc = 6kn, Re =
5kn, Rb = 0, Rw = 2002 where the sliding contact is at the middle of variable
resistor. T1 and T2 are with the same characteristics, where B = 100, rpe = 5kn.
Find out the voltage gain in common mode and differential mode, and compute
CMRR.
Uo
오 T:
Ui
Transcribed Image Text:Q2. Given the circuit configuration below, Vc=VeE=6V, R = 2kn Rc = 6kn, Re = 5kn, Rb = 0, Rw = 2002 where the sliding contact is at the middle of variable resistor. T1 and T2 are with the same characteristics, where B = 100, rpe = 5kn. Find out the voltage gain in common mode and differential mode, and compute CMRR. Uo 오 T: Ui
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