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Problem Statement: Design a small-signal voltage amplifier that meets the following specifications: 1) Voltage gain of 50 or more 2) Minimum input resistance of 15 k 3) Output resistance less than 100 4) Maximum unclipped output of 2V peak-to-peak 5) Power supply voltage of 9 V and lower current drain from supply voltage 6) A two-stage small-signal amplifier is more cost effective than a three-stage amplifier design Hint: You may use a multi-stage small-signal amplifier to achieve desirable input resistance, voltage gain, output resisntace, etc. A common-emitter amplifier with an emitter resistance RE, but without an emitter by-pass capacitor CE is good for high input resistance, common-emitter amplifier using an emitter by- pass capacitor is good for high voltage gain, and the use of an emitter follower results in a low output resistance.

Problem Statement: Design a small-signal voltage amplifier that meets the following specifications: 1) Voltage gain of 50 or more 2) Minimum input resistance of 15 k 3) Output resistance less than 100 4) Maximum unclipped output of 2V peak-to-peak 5) Power supply voltage of 9 V and lower current drain from supply voltage 6) A two-stage small-signal amplifier is more cost effective than a three-stage amplifier design Hint: You may use a multi-stage small-signal amplifier to achieve desirable input resistance, voltage gain, output resisntace, etc. A common-emitter amplifier with an emitter resistance RE, but without an emitter by-pass capacitor CE is good for high input resistance, common-emitter amplifier using an emitter by- pass capacitor is good for high voltage gain, and the use of an emitter follower results in a low output resistance.

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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Problem Statement: Design a small-signal voltage amplifier that meets the following specifications: 1) Voltage gain of 50 or more 2) Minimum input resistance of 15 k 3) Output resistance less than 100 4) Maximum unclipped output of 2V peak-to-peak 5) Power supply voltage of 9 V and lower current drain from supply voltage 6) A two-stage small-signal amplifier is more cost effective than a three-stage amplifier design Hint: You may use a multi-stage small-signal amplifier to achieve desirable input resistance, voltage gain, output resisntace, etc. A common-emitter amplifier with an emitter resistance RE, but without an emitter by-pass capacitor CE is good for high input resistance, common-emitter amplifier using an emitter by- pass capacitor is good for high voltage gain, and the use of an emitter follower results in a low output resistance.
Transcribed Image Text:Problem Statement: Design a small-signal voltage amplifier that meets the following specifications: 1) Voltage gain of 50 or more 2) Minimum input resistance of 15 k 3) Output resistance less than 100 4) Maximum unclipped output of 2V peak-to-peak 5) Power supply voltage of 9 V and lower current drain from supply voltage 6) A two-stage small-signal amplifier is more cost effective than a three-stage amplifier design Hint: You may use a multi-stage small-signal amplifier to achieve desirable input resistance, voltage gain, output resisntace, etc. A common-emitter amplifier with an emitter resistance RE, but without an emitter by-pass capacitor CE is good for high input resistance, common-emitter amplifier using an emitter by- pass capacitor is good for high voltage gain, and the use of an emitter follower results in a low output resistance.
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