3. a) What is a phase shift oscillator? b) What is its practical application? c) Design an FET phase-shift oscillator having gm = 6000 ms, r = 36 kn, and feedback resistor R = 12 k to operate at 2.5 kHz by selecting the values of R, C and Rp. Use the circuit in Figure 3. R =C 1ΚΩ VDD =12V RD R₁ R 8mird HA C 2n √6 RC R
3. a) What is a phase shift oscillator? b) What is its practical application? c) Design an FET phase-shift oscillator having gm = 6000 ms, r = 36 kn, and feedback resistor R = 12 k to operate at 2.5 kHz by selecting the values of R, C and Rp. Use the circuit in Figure 3. R =C 1ΚΩ VDD =12V RD R₁ R 8mird HA C 2n √6 RC R
Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Question
![3.
a)
b)
c)
What is a phase shift oscillator?
What is its practical application?
Design an FET phase-shift oscillator having gm = 6000 mS, r = 36 ks, and feedback
resistor R = 12 k to operate at 2.5 kHz by selecting the values of R, C and Rp. Use
the circuit in Figure 3.
R
1kQ
H6
C
VDD =12V
RD
R,
R
8m, rd
C
Figure 3
Cs
f=
2n √6 RC
R
H6
C](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F958abde5-1c15-4ede-9b28-4785ec3c2529%2Ff86b2f92-4b67-4972-bcc8-fa9beea2d549%2F6g4j4vd_processed.jpeg&w=3840&q=75)
Transcribed Image Text:3.
a)
b)
c)
What is a phase shift oscillator?
What is its practical application?
Design an FET phase-shift oscillator having gm = 6000 mS, r = 36 ks, and feedback
resistor R = 12 k to operate at 2.5 kHz by selecting the values of R, C and Rp. Use
the circuit in Figure 3.
R
1kQ
H6
C
VDD =12V
RD
R,
R
8m, rd
C
Figure 3
Cs
f=
2n √6 RC
R
H6
C
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