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 feedbackresistor R = 12 k to operate at 2.5 kHz by selecting the values of R, C and Ro. Usethe circuit in Figure 3.R101ΚΩVDD =12VRDR,wR8m. Td51CFigure 3C₂f=12K √6 RCRHHC

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 kn to operate at 2.5 kHz by selecting the values of R, C and Rp. Use the circuit in Figure 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 kn to operate at 2.5 kHz by selecting the values of R, C and Rp. Use the circuit in Figure 3.

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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Question

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 Ro. Use
the circuit in Figure 3.
R
10
1ΚΩ
VDD =12V
RD
R,
w
R
8m. Td
51
C
Figure 3
C₂
f=
1
2K √6 RC
R
HH
C

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