001. a) Carefully sketch and label v (t), ig(t), ic(t), and V(t) given that h=100. RB www Vin 0.86Meg V1=0 V2=5 TD=0 TR= 1ns TF= 1ns PW = 1us PER= 2us RC 5k Q2 BJTMOD1 5V VCC 'c YCK Tu 201 I 201 3a 4us b) Determine the average power input from Vcc, and the average power dissipated in Re and the transistor.

Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Top graph is Vin

001. a) Carefully sketch and label vi(t), ig(t), ic(t),
and Vee(t) given that h=100.
RB
Vin 0.86Meg
V1=0
V2 = 5
TD=0
TR= 1ns
TF = 1ns
PW = 1us
PER= 2us
RC
5k
Q2
BJTMOD1
5V
VCC
YCK
201
3as
3tas
4us
4120
b) Determine the average power input from Vcc, and the average power dissipated in Re
and the transistor.
Transcribed Image Text:001. a) Carefully sketch and label vi(t), ig(t), ic(t), and Vee(t) given that h=100. RB Vin 0.86Meg V1=0 V2 = 5 TD=0 TR= 1ns TF = 1ns PW = 1us PER= 2us RC 5k Q2 BJTMOD1 5V VCC YCK 201 3as 3tas 4us 4120 b) Determine the average power input from Vcc, and the average power dissipated in Re and the transistor.
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