12V R1 80k W ធន៍ w R3 330 400 the forward active region has a common emitter current gain term, ß=200 you may assume that VBEon ~ 0.7V w R5 W BJT VCEsat ~ 0.2V 15k R2 40k w R4 200 0 Verify that the transistor is in the Forward Active region of operation for the above circuit. (Hint: Think of how you would apply Thevenin in this circuit.)
12V R1 80k W ធន៍ w R3 330 400 the forward active region has a common emitter current gain term, ß=200 you may assume that VBEon ~ 0.7V w R5 W BJT VCEsat ~ 0.2V 15k R2 40k w R4 200 0 Verify that the transistor is in the Forward Active region of operation for the above circuit. (Hint: Think of how you would apply Thevenin in this circuit.)
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This is a practice problem from my Introduction to Electronics course.
Could you please walk me through the process for solving this (Using Thevenin)?
Thank you for your assistance.

Transcribed Image Text:12V
R1
80k
W
ធន៍
w
R3
330
400
the forward active region
has a common emitter
current gain term, ß=200
you may assume
that VBEon ~ 0.7V
w
R5
W
BJT
VCEsat
~
0.2V
15k
R2
40k
w
R4
200
0
Verify that the transistor is in the Forward Active region of operation for the
above circuit. (Hint: Think of how you would apply Thevenin in this circuit.)
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