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Question 3 a) Refer to the circuit shown in Figure Q3(a): Identify the type of oscillator circuit and discuss the uses of the feedback circuit. (u) Using you own word, explain the three key points that could be considered for the operation of oscillator circuit. (m) The value of CI = C2 = 3.0 nF and L = 49 uH. Determine the resonant frequency of the oscillator when the oscillator is loaded to a point where the quality factor reduce to 7 and is greater than 10. RFC

Question 3 a) Refer to the circuit shown in Figure Q3(a): Identify the type of oscillator circuit and discuss the uses of the feedback circuit. (u) Using you own word, explain the three key points that could be considered for the operation of oscillator circuit. (m) The value of CI = C2 = 3.0 nF and L = 49 uH. Determine the resonant frequency of the oscillator when the oscillator is loaded to a point where the quality factor reduce to 7 and is greater than 10. RFC

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Analogue electronics 2

Question 3 a) Refer to the circuit shown in Figure Q3(a): Identify the type of oscillator circuit and discuss the uses of the feedback circuit. Using you own word, explain the three key points that could be considered for the operation of oscillator circuit. (ii) The value of CI = C2 = 3.0 nF and L = 49 uH. Determine the resonant frequency of the oscillator when the oscillator is loaded to a point where the quality factor reduce to 7 and is greater than 10. RFC Vaut R1 Figure Q3(a)
Transcribed Image Text:Question 3 a) Refer to the circuit shown in Figure Q3(a): Identify the type of oscillator circuit and discuss the uses of the feedback circuit. Using you own word, explain the three key points that could be considered for the operation of oscillator circuit. (ii) The value of CI = C2 = 3.0 nF and L = 49 uH. Determine the resonant frequency of the oscillator when the oscillator is loaded to a point where the quality factor reduce to 7 and is greater than 10. RFC Vaut R1 Figure Q3(a)
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