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4. Vg = Blank 4 V 5. Ves = Blank 5V 6. Vps = Blank 6 V 7. Rinton - Blank 7 kohms 8. Voltage gain, A, = Blank 8

4. Vg = Blank 4 V 5. Ves = Blank 5V 6. Vps = Blank 6 V 7. Rinton - Blank 7 kohms 8. Voltage gain, A, = Blank 8

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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+VpD Rp C3 Vout R1 C, RL Vin (~ R2 Rs
Transcribed Image Text:+VpD Rp C3 Vout R1 C, RL Vin (~ R2 Rs
Given: • VDD = 22 V •R, =19 kohms • R2 = 3 kohms • Ro = 554 ohms •R =0 kohms • R = 12 kohms • Ip(on) = 16 mA at Veston = 6 V • Vasth) = 2 V * Em = 26 ms Solve: Answers should be expressed using 2 decimal places 1. k (transfer constant) = 1 MAN2 2. Ip = 1 mA 3. VG = 3 V 4. Vg - Blank 4 V 5. Ves = Blank 5 V 6. Vps - Blank 6 V 7. Rintot) = Blank 7 kohms 8. Voltage gain, A, = Blank 8 Blank 1 1 Blank 2 Blank 3 3 Blank 4 Add your answer Blank 5 Add your answer Blank 6 Add your answer Blank 7 Add your answer Blank 8 Add your answer
Transcribed Image Text:Given: • VDD = 22 V •R, =19 kohms • R2 = 3 kohms • Ro = 554 ohms •R =0 kohms • R = 12 kohms • Ip(on) = 16 mA at Veston = 6 V • Vasth) = 2 V * Em = 26 ms Solve: Answers should be expressed using 2 decimal places 1. k (transfer constant) = 1 MAN2 2. Ip = 1 mA 3. VG = 3 V 4. Vg - Blank 4 V 5. Ves = Blank 5 V 6. Vps - Blank 6 V 7. Rintot) = Blank 7 kohms 8. Voltage gain, A, = Blank 8 Blank 1 1 Blank 2 Blank 3 3 Blank 4 Add your answer Blank 5 Add your answer Blank 6 Add your answer Blank 7 Add your answer Blank 8 Add your answer
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