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(a) Figure 2.1 shows the circuit of a silicon transistor amplifier. The amplifier is to have an output impedance of 3.3 k and a collector current of 2 mA. Assuming the transistor has a large Boc and making other reasonable approximations, calculate the following quantities for the circuit: (i) DC collector voltage, Vc (ii) DC emitter voltage (iii) DC base voltage (iv) R₂. Voc HH R₁ R₂ K Rc RE Figure 2.1 CE OV Vc Vcc = 12 V R1 = 68 ΚΩ RE=1 KQ

(a) Figure 2.1 shows the circuit of a silicon transistor amplifier. The amplifier is to have an output impedance of 3.3 k and a collector current of 2 mA. Assuming the transistor has a large Boc and making other reasonable approximations, calculate the following quantities for the circuit: (i) DC collector voltage, Vc (ii) DC emitter voltage (iii) DC base voltage (iv) R₂. Voc HH R₁ R₂ K Rc RE Figure 2.1 CE OV Vc Vcc = 12 V R1 = 68 ΚΩ RE=1 KQ

Introductory Circuit Analysis (13th Edition)
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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Question 2 (a) Figure 2.1 shows the circuit of a silicon transistor amplifier. The amplifier is to have an output impedance of 3.3 k and a collector current of 2 mA. Assuming the transistor has a large Boc and making other reasonable approximations, calculate the following quantities for the circuit: (i) DC collector voltage, Vc (ii) DC emitter voltage (iii) DC base voltage (iv) R₂. Vcc R₁ R₂ ŒK Rc RE Figure 2.1 CE OV Vc Vcc= 12 V R1 = 68 ΚΩ RE= 1 KQ
Transcribed Image Text:Question 2 (a) Figure 2.1 shows the circuit of a silicon transistor amplifier. The amplifier is to have an output impedance of 3.3 k and a collector current of 2 mA. Assuming the transistor has a large Boc and making other reasonable approximations, calculate the following quantities for the circuit: (i) DC collector voltage, Vc (ii) DC emitter voltage (iii) DC base voltage (iv) R₂. Vcc R₁ R₂ ŒK Rc RE Figure 2.1 CE OV Vc Vcc= 12 V R1 = 68 ΚΩ RE= 1 KQ
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