2- Set up the following circuit. VCC VcC Vo + R1 741 741 v(in)(t) VEE VEE R2 ***note: Vcc and Vee are not shown in the drawing. Use the same value of Vcc and Vee as before. сс сс ее Vin (t) = Vmsin(wt) Vm 21 V @ > 6283 rad/s Measure and Graph Vin(t) and Vo (compare it in the same window) for the given conditions. Take note of the gain: (Ay= vo Vin R1 = R2 R1 > R2 R1

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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2- Set up the following circuit.
VCC
VcC
Vo
+
R1
741
741
v(in)(t)
VEE
VEE
R2
***note: Vcc and Vee are not shown in the drawing. Use the same value of Vcc and Vee as before.
сс
сс
ее
Vin (t) = Vmsin(wt)
Vm 21 V
@ > 6283 rad/s
Measure and Graph Vin(t) and Vo (compare it in the same window) for the given conditions.
Take note of the gain: (Ay=
vo
Vin
R1 = R2
R1 > R2
R1 <R2
R1 -100Ω, R2-ΜΩ,
2 of 3
+
Transcribed Image Text:2- Set up the following circuit. VCC VcC Vo + R1 741 741 v(in)(t) VEE VEE R2 ***note: Vcc and Vee are not shown in the drawing. Use the same value of Vcc and Vee as before. сс сс ее Vin (t) = Vmsin(wt) Vm 21 V @ > 6283 rad/s Measure and Graph Vin(t) and Vo (compare it in the same window) for the given conditions. Take note of the gain: (Ay= vo Vin R1 = R2 R1 > R2 R1 <R2 R1 -100Ω, R2-ΜΩ, 2 of 3 +
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