For the amplifier network of figure below. given the followingRs= 0.5 kQ. Rg= 100 kN, Rc=5 k2. RE = 1 kQ. R=4kQ. Vcc=20 V, hje= 2 kQ. hfe =175, and ro=25 kQ. choose the correct values of the no loadgain (AVNL). (AVL), and (AV5) from the following choices list:VccRcRB5 µFRswwHE5 µF +RL VRE10 µF

Fo the above amplifier network, No-load gain is determined as shown below

For the amplifier network of figure below. given the following Rs= 0.5 kQ, Rg= 100 kQ, Rc-5 kQ. RE = 1 kQ, R-4kQ. Vcc-20 V, hje= 2 kQ, hre -175, and ro-25 ka. choose the correct values of the no load gain (AVNL). (AVL), and (AV5) from the following choices list: Vcc Rc RB Rs 5 µF H ww 5 uF + R Vo RE 10 μF

For the amplifier network of figure below. given the following Rs= 0.5 kQ, Rg= 100 kQ, Rc-5 kQ. RE = 1 kQ, R-4kQ. Vcc-20 V, hje= 2 kQ, hre -175, and ro-25 ka. choose the correct values of the no load gain (AVNL). (AVL), and (AV5) from the following choices list: Vcc Rc RB Rs 5 µF H ww 5 uF + R Vo RE 10 μF

EBK ELECTRICAL WIRING RESIDENTIAL

19th Edition

ISBN:9781337516549

Author:Simmons

Publisher:Simmons

Chapter25: Television, Telephone, And Low-voltage Signal Systems

Section25.1: Television Circuit

Problem 5R: From a cost standpoint, which system is more economical to install: a master amplifier distribution...

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