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Using Use VT=0.026V, determine the small signal parameters: a.) gm1 (in ms) b.)rπ1 (kΩ)

Using Use VT=0.026V, determine the small signal parameters: a.) gm1 (in ms) b.)rπ1 (kΩ)

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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Using Use VT=0.026V, determine the small signal parameters:

a.) gm1 (in ms)

b.)rπ1 (kΩ)

Given the PNP common emitter amplifier circuit below with VCC = 5V, Rin = 5kN, RB = 220kN, Rc = 5KSN and RL = 5kN, answer the following questions. Note that Q1 has the following parameters: VEB,Q = 0.65V, VEC,SAT = 0.2V, VA → 0, and B = 100. Note also that C1 and C2 are large AC coupling capacitors. Express all your answers up to TWO decimal places. Vcc C2 C1 RB Rin Vout Vin o RL Rc
Transcribed Image Text:Given the PNP common emitter amplifier circuit below with VCC = 5V, Rin = 5kN, RB = 220kN, Rc = 5KSN and RL = 5kN, answer the following questions. Note that Q1 has the following parameters: VEB,Q = 0.65V, VEC,SAT = 0.2V, VA → 0, and B = 100. Note also that C1 and C2 are large AC coupling capacitors. Express all your answers up to TWO decimal places. Vcc C2 C1 RB Rin Vout Vin o RL Rc
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