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the transistors are equal and given as β = 60. Find the desired values below. Note: The Part mentioned with V1 is the output of the first transistor , the part mentioned with V2 is the output of the second transistor V2 = vo a. Find A1 = V1/Vi. b. Find A2 = V2/V1. c. Find A3 = V2/Vi. d. If the input signal VI = 10µVpp is applied, find the RMS (v2rms ) of the output signal.

the transistors are equal and given as β = 60. Find the desired values below. Note: The Part mentioned with V1 is the output of the first transistor , the part mentioned with V2 is the output of the second transistor V2 = vo a. Find A1 = V1/Vi. b. Find A2 = V2/V1. c. Find A3 = V2/Vi. d. If the input signal VI = 10µVpp is applied, find the RMS (v2rms ) of the output signal.

Introductory Circuit Analysis (13th Edition)
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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In the Cascade amplifier circuit in Figure 3, the transistors are equal and given as β = 60. Find the desired values below. Note: The Part mentioned with V1 is the output of the first transistor , the part mentioned with V2 is the output of the second transistor V2 = vo
a. Find A1 = V1/Vi.
b. Find A2 = V2/V1.
c. Find A3 = V2/Vi.
d. If the input signal VI = 10µVpp is applied, find the RMS (v2rms ) of the output signal.

Vcc = 20V 4.7kN 8.2k2 130k2 10µF 3.3kN Vj o 10μF Vo 20kN, 2.2k2. 10μF 1.2k2 20HF Şekil 3: Kaskad Kuvvetlendirici Devre
Transcribed Image Text:Vcc = 20V 4.7kN 8.2k2 130k2 10µF 3.3kN Vj o 10μF Vo 20kN, 2.2k2. 10μF 1.2k2 20HF Şekil 3: Kaskad Kuvvetlendirici Devre
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