For a class B amplifier using a supply of VCC = 100 V and driving a load of 1.7 kilo ohm, determine the maximum input power, maximum output power, maximum circuit efficiency and the maximum transistor dissipation by each transistor. max Pi = 3.74watts, max Po= 3.75 watts, max effic = 75%, max Pq = 0.85 watts. max Pi = 3.74watts, max Po = 12.94 watts, max effic = 79.6%, max Pq = 0.9 watts. max Pi = 5.74watts, max Po= 1.94 watts, max effic = 78.6%, max Pq = 0.49 watts. O max Pi = 3.74watts, max Po = 2.94 watts, max effic = 78.6%, max Pq = 0.596 watts.

For a class B amplifier using a supply of VCC = 100 V and driving a load of 1.7 kilo ohm, determine the maximum input power, maximum output power, maximum circuit efficiency and the maximum transistor dissipation by each transistor. max Pi = 3.74watts, max Po= 3.75 watts, max effic = 75%, max Pq = 0.85 watts. max Pi = 3.74watts, max Po = 12.94 watts, max effic = 79.6%, max Pq = 0.9 watts. max Pi = 5.74watts, max Po= 1.94 watts, max effic = 78.6%, max Pq = 0.49 watts. O max Pi = 3.74watts, max Po = 2.94 watts, max effic = 78.6%, max Pq = 0.596 watts.

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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