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+13 R, 22 kN. 2.2 uF | 2N3904 100 µF out SRE 1 kN RL 0.2 V p-p S kHz 27 kn CH 2 Oscilloscope CH 1 :

+13 R, 22 kN. 2.2 uF | 2N3904 100 µF out SRE 1 kN RL 0.2 V p-p S kHz 27 kn CH 2 Oscilloscope CH 1 :

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
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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These questions from electronics lab course, from The common Collector Amplifier (Emitter-Follower) Experiment.

+ 15 V R, 22 kn 2.2 µF 2N3904 100 µF out 0.2 V p-p 5 kHz R2 27 kn RE 1 kn RL 1 k2 CH 2 Ocilloscope CH 1 : FIGURE 14-1 Schematic diagram of circuit.
Transcribed Image Text:+ 15 V R, 22 kn 2.2 µF 2N3904 100 µF out 0.2 V p-p 5 kHz R2 27 kn RE 1 kn RL 1 k2 CH 2 Ocilloscope CH 1 : FIGURE 14-1 Schematic diagram of circuit.
1. The voltage gain of a common-collector amplifier, or an emitter- follower, is always @ greater than 1 2. The output signal of a common-collector amplifier is out-of-phase with the input by A0° 3. If the load resistor R, in the circuit in Figure 14-1 is increased, the voltage gain will O increase significantly O remain essentially the same equal to 1 C less than 1 ( ) 6) 45° ©90° @ 180° ( ) decrease significantly
Transcribed Image Text:1. The voltage gain of a common-collector amplifier, or an emitter- follower, is always @ greater than 1 2. The output signal of a common-collector amplifier is out-of-phase with the input by A0° 3. If the load resistor R, in the circuit in Figure 14-1 is increased, the voltage gain will O increase significantly O remain essentially the same equal to 1 C less than 1 ( ) 6) 45° ©90° @ 180° ( ) decrease significantly
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