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An op amp with amin = 104 V/V, Voso(max) = 2 mV, and CMRRdB(min) = PSRRdB(min) 74 dB is configured as a voltage follower. (a) Estimate the worst-case departure of vo from the ideal for v = 0 V. (b) Repeat with u 10 V. (c) Repeat if the supply voltages are lowered from ±15 V to +12 V. =

An op amp with amin = 104 V/V, Voso(max) = 2 mV, and CMRRdB(min) = PSRRdB(min) 74 dB is configured as a voltage follower. (a) Estimate the worst-case departure of vo from the ideal for v = 0 V. (b) Repeat with u 10 V. (c) Repeat if the supply voltages are lowered from ±15 V to +12 V. =

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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= 5.27 An op amp with amin = 104 V/V, Voso(max) = 2 mV, and CMRRdB(min) = PSRR, = PSRR dB(min) 74 dB is configured as a voltage follower. (a) Estimate the worst-case departure of vo from the ideal for v = 0 V. (b) Repeat with u = 10 V. (c) Repeat if the supply voltages are lowered from ±15 V to +12 V.
Transcribed Image Text:= 5.27 An op amp with amin = 104 V/V, Voso(max) = 2 mV, and CMRRdB(min) = PSRR, = PSRR dB(min) 74 dB is configured as a voltage follower. (a) Estimate the worst-case departure of vo from the ideal for v = 0 V. (b) Repeat with u = 10 V. (c) Repeat if the supply voltages are lowered from ±15 V to +12 V.
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