For the given BJT circuit, i. Find Bpc, if the base current is 50 µA and voltage drop on Rc resistance is 5V. ii. Given Boc = 200, Vcc = 10V, VBB=3V, evaluate In, Ic, Ie, VcE, and Pp (Power Dissipation of transistor) values. iii. Given Boc = 300, Vcc = 10V, VBB=6V, evaluate In, Ic, Ie, Vce, and Pd (Power Dissipation of transistor) values.

For the given BJT circuit, i. Find Bpc, if the base current is 50 µA and voltage drop on Rc resistance is 5V. ii. Given Boc = 200, Vcc = 10V, VBB=3V, evaluate In, Ic, Ie, VcE, and Pp (Power Dissipation of transistor) values. iii. Given Boc = 300, Vcc = 10V, VBB=6V, evaluate In, Ic, Ie, Vce, and Pd (Power Dissipation of transistor) values.

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

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Question

100%

For the given BJT circuit,
i.
Find Bpc, if the base current is 50 µA and voltage drop on Rc resistance is 5V.
ii.
Given Boc = 200, Vcc = 10V, VBB=3V, evaluate In, Ic, Ie, VcE, and Pp (Power
Dissipation of transistor) values.
iii.
Given Boc = 300, Vcc = 10V, VBB=6V, evaluate In, Ic, Ie, Vce, and Pd (Power
Dissipation of transistor) values.

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