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4. Calculate the gain with and without feedback for an FET amplifier as in Fig. 18.7 for circui values R₁ = 800 k2, R₂ 200 Ω, Κ. = 40 ΚΩ, Κρ 8 k2, and g = 5000 µS. 5. For a circuit as in Fig. 18.11 and the following circuit values, calculate the circuit gain an the input and output impedances with and without feedback: R = 600 kf2, R = 1.2 kn, R 4,7 ΚΩ, and β = 75. Use Fcc = 16 V.

4. Calculate the gain with and without feedback for an FET amplifier as in Fig. 18.7 for circui values R₁ = 800 k2, R₂ 200 Ω, Κ. = 40 ΚΩ, Κρ 8 k2, and g = 5000 µS. 5. For a circuit as in Fig. 18.11 and the following circuit values, calculate the circuit gain an the input and output impedances with and without feedback: R = 600 kf2, R = 1.2 kn, R 4,7 ΚΩ, and β = 75. Use Fcc = 16 V.

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
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values R₁ = 800 kn, R₂ H 200 Ω, Κ Ε 40 ΚΩ, R, N 4. Calculate the gain with and without feedback for an FET amplifier as in Fig. 18.7 for circuit 8 k2, and g = 5000 µS. 5. For a circuit as in Fig. 18.11 and the following circuit values, calculate the circuit gain and the input and output impedances with and without feedback: Rg= 600 kf2, R = 1.2 kf, Re # 4.7 k2, and ß = 75. Use Vec = 16 V. 18.6 Phase Shifi Oscillator An bliT phase-shifl oscillator having g 6000 µS. = 36 k2, and feedback resistor R =
Transcribed Image Text:values R₁ = 800 kn, R₂ H 200 Ω, Κ Ε 40 ΚΩ, R, N 4. Calculate the gain with and without feedback for an FET amplifier as in Fig. 18.7 for circuit 8 k2, and g = 5000 µS. 5. For a circuit as in Fig. 18.11 and the following circuit values, calculate the circuit gain and the input and output impedances with and without feedback: Rg= 600 kf2, R = 1.2 kf, Re # 4.7 k2, and ß = 75. Use Vec = 16 V. 18.6 Phase Shifi Oscillator An bliT phase-shifl oscillator having g 6000 µS. = 36 k2, and feedback resistor R =
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