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An integrator circuit A) uses a resistor in its feedback circuit B) uses an inductor in its feedback circuit C uses a capacitor in its feedback circuit D uses a resistor in its feedback circuit or uses a capacitor in its feedback circuit The common-mode voltage gain of a diff amp is equal to Rc divided by ____. (A) r/2 B 2re C) 2RE D) re Compared to a bipolar transistor, the JFET has a much higher. A current (B) voltage gain supply voltage D input resistance

An integrator circuit A) uses a resistor in its feedback circuit B) uses an inductor in its feedback circuit C uses a capacitor in its feedback circuit D uses a resistor in its feedback circuit or uses a capacitor in its feedback circuit The common-mode voltage gain of a diff amp is equal to Rc divided by ____. (A) r/2 B 2re C) 2RE D) re Compared to a bipolar transistor, the JFET has a much higher. A current (B) voltage gain supply voltage D input 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
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An integrator circuit A) uses a resistor in its feedback circuit B) uses an inductor in its feedback circuit uses a capacitor in its feedback circuit D) uses a resistor in its feedback circuit or uses a capacitor in its feedback circuit The common-mode voltage gain of a diff amp is equal to Rc divided by (A) r₂/2 B) 2re 2RE (D) re Compared to a bipolar transistor, the JFET has a much higher (A) current B) voltage gain C) supply voltage (D) input resistance
Transcribed Image Text:An integrator circuit A) uses a resistor in its feedback circuit B) uses an inductor in its feedback circuit uses a capacitor in its feedback circuit D) uses a resistor in its feedback circuit or uses a capacitor in its feedback circuit The common-mode voltage gain of a diff amp is equal to Rc divided by (A) r₂/2 B) 2re 2RE (D) re Compared to a bipolar transistor, the JFET has a much higher (A) current B) voltage gain C) supply voltage (D) input resistance
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