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d. For the next two questions, consider the common emitter amplifier below with beta=100 and VBE=0.7V. Determine Vo when V,-1.7V +5V R. = 1K %3D oVo V, o Rg = 500 %3D Answer: e. At what Vi will the transistor start saturating? Assume VCE,SAT=0. Answer:

d. For the next two questions, consider the common emitter amplifier below with beta=100 and VBE=0.7V. Determine Vo when V,-1.7V +5V R. = 1K %3D oVo V, o Rg = 500 %3D Answer: e. At what Vi will the transistor start saturating? Assume VCE,SAT=0. Answer:

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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d. For the next two questions, consider the common emitter amplifier below with beta=100 and VBE=0.7V. Determine Vo when V,=1.7V +5V R = 1K V R: = 500 %3D Answer: e. At what Vi will the transistor start saturating? Assume VCE,SAT=0. Answer:
Transcribed Image Text:d. For the next two questions, consider the common emitter amplifier below with beta=100 and VBE=0.7V. Determine Vo when V,=1.7V +5V R = 1K V R: = 500 %3D Answer: e. At what Vi will the transistor start saturating? Assume VCE,SAT=0. Answer:
a. If Vs=4V, what is IB (in microamperes, 3SFS)? Answer: b. For the next two questions, refer to the emitter follower circuit below. Assume Vs = -1V and the transistor is off. +5V Vs o R, = 1K What is VBE? (We should have VBE<0.7V be consistent with the cutoff assumption) Answer: C. What is VBc? (We should have VBc<0.7V be consistent with the cutoff assumption) Answer:
Transcribed Image Text:a. If Vs=4V, what is IB (in microamperes, 3SFS)? Answer: b. For the next two questions, refer to the emitter follower circuit below. Assume Vs = -1V and the transistor is off. +5V Vs o R, = 1K What is VBE? (We should have VBE<0.7V be consistent with the cutoff assumption) Answer: C. What is VBc? (We should have VBc<0.7V be consistent with the cutoff assumption) Answer:
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