Solve manually. Vc Vce Q1 2N3904 Vi 4 1. Given the circuit above with Rp=27KQ, R=5002, Vcc=5V and Vi=4V: a. Theoretical. Assume Vbe = 0.7V and Vce,sat=0.2V, beta=300. i. Compute the theoretical values of Ic and Ib. Show your solution. Ib= Ic= ii. What region is the circuit operating in? Explain. Region of operation:
Solve manually. Vc Vce Q1 2N3904 Vi 4 1. Given the circuit above with Rp=27KQ, R=5002, Vcc=5V and Vi=4V: a. Theoretical. Assume Vbe = 0.7V and Vce,sat=0.2V, beta=300. i. Compute the theoretical values of Ic and Ib. Show your solution. Ib= Ic= ii. What region is the circuit operating in? Explain. Region of operation:
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Solve manually
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![Solve manually.
Vcc
5
R_C
-Vce
R_b
Q1
2N3904
Vi
4
1. Given the circuit above with Rp=27k2, R=5002, Vcc=5V and Vi=4V:
a. Theoretical. Assume Vbe = 0.7V and Vce,sat=0.2V, beta=300.
i.
Compute the theoretical values of Ic and Ib. Show your solution.
Ib=
Ic=
i.
What region is the circuit operating in? Explain.
Region of operation:](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fdfb62b14-11d7-4df2-b73e-532c2032497e%2F19b35f0e-7233-4b76-9880-61ae384f2bbb%2Fmsa7npy_processed.png&w=3840&q=75)
Transcribed Image Text:Solve manually.
Vcc
5
R_C
-Vce
R_b
Q1
2N3904
Vi
4
1. Given the circuit above with Rp=27k2, R=5002, Vcc=5V and Vi=4V:
a. Theoretical. Assume Vbe = 0.7V and Vce,sat=0.2V, beta=300.
i.
Compute the theoretical values of Ic and Ib. Show your solution.
Ib=
Ic=
i.
What region is the circuit operating in? Explain.
Region of operation:
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