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Refer to Fig. 6-16. Assume the emitter current to be 5 mA. The voltage gain could be as high as ________. Then Find AV if the emitter bypass capacitor is open (a common defect in electrolytics).

Refer to Fig. 6-16. Assume the emitter current to be 5 mA. The voltage gain could be as high as ________. Then Find AV if the emitter bypass capacitor is open (a common defect in electrolytics).

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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Refer to Fig. 6-16. Assume the emitter current
to be 5 mA. The voltage gain could be as high
as ________. Then Find AV if the emitter bypass capacitor is open (a common defect
in electrolytics).

12 V 000000000 18 k2 1 k2 Switch closed (red waveform shows distortion): 100 uF 2.2 k2 100 uF 100 2 Switch open Switch closed Fig. 6-16 MultisimM circuit, waveforms, and Bode plots.
Transcribed Image Text:12 V 000000000 18 k2 1 k2 Switch closed (red waveform shows distortion): 100 uF 2.2 k2 100 uF 100 2 Switch open Switch closed Fig. 6-16 MultisimM circuit, waveforms, and Bode plots.
Expert Solution
Step 1

Given: 

Brief description:

In the above given question we have a common emitter amplifier circuit.

 

For the given above amplifier circuit we need to calculate  value of voltage gain.

 

Whenever we have bypass capacitor is connected in the emitter terminal the gain of the circuit will reduce.

 

This emitter resistance will work as a negative feedback element.

 

In the calculation of  voltage gain here we have used T model.

 

Av = ?.

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