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For the circuit shown in Figure 5, if R C = 4 KN, RL= 4KN, R in=0.5 KN, IB = 50 µA and IC = 5 mA, а. find the output voltage for an input voltage of 10 mV. +Vcc 3Rc CC {R1 C1 Q1 INPUT SIGNAL R2 OUTPUT SIGNAL 3:

For the circuit shown in Figure 5, if R C = 4 KN, RL= 4KN, R in=0.5 KN, IB = 50 µA and IC = 5 mA, а. find the output voltage for an input voltage of 10 mV. +Vcc 3Rc CC {R1 C1 Q1 INPUT SIGNAL R2 OUTPUT SIGNAL 3:

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
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For the circuit shown in Figure 5, if R C = 4 KQ, RL = 4KQ, R in=0.5 KQ, IB = 50 µA and IC = 5 mA, а. find the output voltage for an input voltage of 10 mV. +VcC ZRC CC {R1 C1 Q1 INPUT SIGNAL OUTPUT SIGNAL R2 RE CE Figure5 b. Based on your understanding on Zener diode, why Zener diodes mostly used for voltage regulator circuit.
Transcribed Image Text:For the circuit shown in Figure 5, if R C = 4 KQ, RL = 4KQ, R in=0.5 KQ, IB = 50 µA and IC = 5 mA, а. find the output voltage for an input voltage of 10 mV. +VcC ZRC CC {R1 C1 Q1 INPUT SIGNAL OUTPUT SIGNAL R2 RE CE Figure5 b. Based on your understanding on Zener diode, why Zener diodes mostly used for voltage regulator circuit.
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