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1 If the load (R) in the common emitter amplifier is increased, then the voltage gain will decrease Ideal op-amp has high gain and low input resistance 2 3 The zener diode is open circuit when the magnitude of reverse bias voltage is less than the zener voltage V₂

1 If the load (R) in the common emitter amplifier is increased, then the voltage gain will decrease Ideal op-amp has high gain and low input resistance 2 3 The zener diode is open circuit when the magnitude of reverse bias voltage is less than the zener voltage V₂

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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1 If the load (R) in the common emitter amplifier is increased, then the voltage gain will decrease Ideal op-amp has high gain and low input resistance 2 3 4 5 6 7 When the input to the integrator is sine wave, then the output is out-of phase with the input signal by 180° The capacitor in the integrator op-amp is in the feedback terminal The rectifier circuits used for converting AC to pulsating DC 10 Filters used to maximize the ripple of rectifier output 11 The common-collector amplifier has voltage gain less than 1 12 The output ripple frequency of the full-wave rectifier is the same of the input signal 13 The output signal of a common-collector amp. is out of phase with 180° 14 Half-wave is an example of a limiter circuit 15 The common-base amp. Has a low input resistance 16 If the bypass capacitor in a CE amp. is removed, then the voltage gain will increase 8 The zener diode is open circuit when the magnitude of reverse bias voltage is less than the zener voltage Vz The gain of the standard non-inverting op-amp may be 0.75 9 When the input to the integrator is triangle wave, then the output is sow tooth For the negative clipper circuit, the positive peaks are not clipped because the diode is forward bias
Transcribed Image Text:1 If the load (R) in the common emitter amplifier is increased, then the voltage gain will decrease Ideal op-amp has high gain and low input resistance 2 3 4 5 6 7 When the input to the integrator is sine wave, then the output is out-of phase with the input signal by 180° The capacitor in the integrator op-amp is in the feedback terminal The rectifier circuits used for converting AC to pulsating DC 10 Filters used to maximize the ripple of rectifier output 11 The common-collector amplifier has voltage gain less than 1 12 The output ripple frequency of the full-wave rectifier is the same of the input signal 13 The output signal of a common-collector amp. is out of phase with 180° 14 Half-wave is an example of a limiter circuit 15 The common-base amp. Has a low input resistance 16 If the bypass capacitor in a CE amp. is removed, then the voltage gain will increase 8 The zener diode is open circuit when the magnitude of reverse bias voltage is less than the zener voltage Vz The gain of the standard non-inverting op-amp may be 0.75 9 When the input to the integrator is triangle wave, then the output is sow tooth For the negative clipper circuit, the positive peaks are not clipped because the diode is forward bias
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