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A - Determine the resonant frequency for the Wien-bridge oscillator in figure below, also calculate the setting for Rf assuming the internal drain-source resistance, rds. of the JFET is 500 2 when oscillations are stable. F16 kn 10 kn -D IN914 2N5458 10 kn 0.01 uF Ry RA 10 k C, 1.0 #F 1.0 kn

A - Determine the resonant frequency for the Wien-bridge oscillator in figure below, also calculate the setting for Rf assuming the internal drain-source resistance, rds. of the JFET is 500 2 when oscillations are stable. F16 kn 10 kn -D IN914 2N5458 10 kn 0.01 uF Ry RA 10 k C, 1.0 #F 1.0 kn

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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Determine the resonant frequency for the Wien-bridge oscillator in figure below, also calculate the setting for Rf assuming the internal drain-source resistance, rds. of the JFET is 500 2 when oscillations are stable.
Q3) A - Determine the resonant frequency for the Wien-bridge oscillator in figure below, also calculate the setting for Rf assuming the internal drain-source resistance, rds. of the JFET is 500 2 when oscillations are stable. 0.01 uF 10 k. RI 10 kn IN914 2N5458 R 10 kn 0.01 µF R 1.0 kf 10 k 1.0 uF
Transcribed Image Text:Q3) A - Determine the resonant frequency for the Wien-bridge oscillator in figure below, also calculate the setting for Rf assuming the internal drain-source resistance, rds. of the JFET is 500 2 when oscillations are stable. 0.01 uF 10 k. RI 10 kn IN914 2N5458 R 10 kn 0.01 µF R 1.0 kf 10 k 1.0 uF
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