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ts mes E in - is I to n of Co RE C2 Tank Circuit

ts mes E in - is I to n of Co RE C2 Tank Circuit

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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Answer the following with illustration and solutions.

3.)  A Colpitts Oscillator circuit having two capacitors of 30nF and 40nF respectively are connected in parallel with an inductor of 9.5mH. Determine the frequency of oscillatons of the circuit.

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LC-Tuned Circuits: Colpitts This oscillator comes Example: A Colpitts Oscillator circuit having two (2) Vec with a tank circuit in capacitors of 24 nF and 240 nF respectively are connected in parallel with an inductor of 10 mH. Determine the frequency of oscillations of the circuit, the feedback fraction, and draw the circuit. which an inductor L is connected in parallel to the serial combination of capacitors C1 and C2. C,C2 Ceff = C, + C2 1 Co 24 nF x 240 nF C,C2 Ceff = C, + C2 = 21.82 nF 24 nF + 240 nF Ry Co C f = 2n x LCeff 1 1 f = 2n /LCeff 2n/(10 mH)(21.82 nF) f = 10.77 kHz C2 Tank Circuit
Transcribed Image Text:LC-Tuned Circuits: Colpitts This oscillator comes Example: A Colpitts Oscillator circuit having two (2) Vec with a tank circuit in capacitors of 24 nF and 240 nF respectively are connected in parallel with an inductor of 10 mH. Determine the frequency of oscillations of the circuit, the feedback fraction, and draw the circuit. which an inductor L is connected in parallel to the serial combination of capacitors C1 and C2. C,C2 Ceff = C, + C2 1 Co 24 nF x 240 nF C,C2 Ceff = C, + C2 = 21.82 nF 24 nF + 240 nF Ry Co C f = 2n x LCeff 1 1 f = 2n /LCeff 2n/(10 mH)(21.82 nF) f = 10.77 kHz C2 Tank Circuit
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