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Calculate the voltage gain for this circuit. +16 V 90 ka 2.1 ka B= 80 re = 15.30 10 ka 250 a A) -8.4 B) -16.34 C) -7.92 D) -137.25 When comparing the common emitter and the common collector amplifiers, the input impedano of the common _is much larger and the output impedance of the common, is much smaller. A) collector; collector Clemitter: collector B) collector; emitter Demitter: emitter

Calculate the voltage gain for this circuit. +16 V 90 ka 2.1 ka B= 80 re = 15.30 10 ka 250 a A) -8.4 B) -16.34 C) -7.92 D) -137.25 When comparing the common emitter and the common collector amplifiers, the input impedano of the common _is much larger and the output impedance of the common, is much smaller. A) collector; collector Clemitter: collector B) collector; emitter Demitter: emitter

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Calculate the voltage gain for this circuit. +16 V 90 ka 2.1 ko B = 80 re = 15.32 10ka 250 2 A) -8.4 B) -16.34 C) -7.92 D) -137.25 When comparing the common emitter and the common collector amplifiers, the input impedance is much larger and the output impedance of the common of the common is much smaller. A) collector; collector B) collector; emitter D) emitter; emitter C) emitter; collector
Transcribed Image Text:Calculate the voltage gain for this circuit. +16 V 90 ka 2.1 ko B = 80 re = 15.32 10ka 250 2 A) -8.4 B) -16.34 C) -7.92 D) -137.25 When comparing the common emitter and the common collector amplifiers, the input impedance is much larger and the output impedance of the common of the common is much smaller. A) collector; collector B) collector; emitter D) emitter; emitter C) emitter; collector
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