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2.17 An inverting op-amp circuit is fabricated with the resistors R, and R, having x% tolerance (i.e., the value of each resistance can deviate from the nominal value by as much as ±x%). What is the tolerance on the realized closed- loop gain? Assume the op amp to be ideal. If the nominal closed-loop gain is –100 V/V and x = 1, what is the range of gain values expected from such a circuit?

2.17 An inverting op-amp circuit is fabricated with the resistors R, and R, having x% tolerance (i.e., the value of each resistance can deviate from the nominal value by as much as ±x%). What is the tolerance on the realized closed- loop gain? Assume the op amp to be ideal. If the nominal closed-loop gain is –100 V/V and x = 1, what is the range of gain values expected from such a circuit?

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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2.17 An inverting op-amp circuit is fabricated with the resistors R, and R, having x% tolerance (i.e., the value of each resistance can deviate from the nominal value by as much as ±x%). What is the tolerance on the realized closed- loop gain? Assume the op amp to be ideal. If the nominal closed-loop gain is –100 V/V and x = 1, what is the range of gain values expected from such a circuit?
Transcribed Image Text:2.17 An inverting op-amp circuit is fabricated with the resistors R, and R, having x% tolerance (i.e., the value of each resistance can deviate from the nominal value by as much as ±x%). What is the tolerance on the realized closed- loop gain? Assume the op amp to be ideal. If the nominal closed-loop gain is –100 V/V and x = 1, what is the range of gain values expected from such a circuit?
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