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Exercise : Determine the resonant frequency for the Wien-bridge oscillator in Figure below. Use R, = R, = R = 10 k2, C, = C2 = C= 0.01 µF, and R3 = 1 k. Calculate the setting for R, assuming the internal drain-source resistance, rås, of the JFET is 500 N when oscillations are stable. [Answers: (a) 1.59 kHz, (b) 3 kN] Ry R, D,

Exercise : Determine the resonant frequency for the Wien-bridge oscillator in Figure below. Use R, = R, = R = 10 k2, C, = C2 = C= 0.01 µF, and R3 = 1 k. Calculate the setting for R, assuming the internal drain-source resistance, rås, of the JFET is 500 N when oscillations are stable. [Answers: (a) 1.59 kHz, (b) 3 kN] Ry R, D,

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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Exercise : Determine the resonant frequency for the Wien-bridge oscillator in Figure below. Use R, = R, = R = 10 kQ, C, = C, = C = 0.01 µF, and R3 = 1 kQ. Calculate the setting for R,assuming the internal drain-source resistance, rás, of the JFET is 500 Q when oscillations are stable. [Answers: (a) 1.59 kHz, (b) 3 k2] Ry oVe R4 C3
Transcribed Image Text:Exercise : Determine the resonant frequency for the Wien-bridge oscillator in Figure below. Use R, = R, = R = 10 kQ, C, = C, = C = 0.01 µF, and R3 = 1 kQ. Calculate the setting for R,assuming the internal drain-source resistance, rás, of the JFET is 500 Q when oscillations are stable. [Answers: (a) 1.59 kHz, (b) 3 k2] Ry oVe R4 C3
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