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Vin Rin Source CB İB RBI Amplifier + VL - ic iL ww RL RB2 www -Vcc RE=500 RL = 1000 $ = 75 = hfe Vcc= 10 V RB1=5130 RB2=27300 a. Find the Q point of the transistor. b. Draw the AC equivalent circuit, using h parameters. c. Find the voltage gain VL/Vin- d. Find the input resistance, r¡. e. Find the output resistance, ro.

Vin Rin Source CB İB RBI Amplifier + VL - ic iL ww RL RB2 www -Vcc RE=500 RL = 1000 $ = 75 = hfe Vcc= 10 V RB1=5130 RB2=27300 a. Find the Q point of the transistor. b. Draw the AC equivalent circuit, using h parameters. c. Find the voltage gain VL/Vin- d. Find the input resistance, r¡. e. Find the output resistance, ro.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Vin Rin Source RE ww CB TiB Amplifier RBI + VL - ic il RL RB2 -Vcc RE= 500 RL = 1000 B = 75 = hfe Vcc= 10 V RBI = 5130 RB2=27300 a. Find the point of the transistor. b. Draw the AC equivalent circuit, using h parameters. c. Find the voltage gain VL/Vin- d. Find the input resistance, r¡. e. Find the output resistance, ro
Transcribed Image Text:Vin Rin Source RE ww CB TiB Amplifier RBI + VL - ic il RL RB2 -Vcc RE= 500 RL = 1000 B = 75 = hfe Vcc= 10 V RBI = 5130 RB2=27300 a. Find the point of the transistor. b. Draw the AC equivalent circuit, using h parameters. c. Find the voltage gain VL/Vin- d. Find the input resistance, r¡. e. Find the output resistance, ro
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