blem 01: Use the circuit shown below to show that the magnitude of the transfer function can vritten as V,(s)| |V,(s)| R, 1 R3 + R4 Vi+or where T=(R || R, ) C, T = R3 PARAMETERS: 1k R2 = 10k C1 = 1u V2 1V ac ovdc R4 C2 10k 1n 0. Derive an expression for the voltage phase of the above circuit. Jse PSPICE to obtain Bode plots for the transfer function and the phase as a function requency for the circuit shown above. Use R4 as the global parameter for the ondary sweep and chose the initial value as 1k Ohm and the final value 10k Ohm with ep of 2k Ohm.
blem 01: Use the circuit shown below to show that the magnitude of the transfer function can vritten as V,(s)| |V,(s)| R, 1 R3 + R4 Vi+or where T=(R || R, ) C, T = R3 PARAMETERS: 1k R2 = 10k C1 = 1u V2 1V ac ovdc R4 C2 10k 1n 0. Derive an expression for the voltage phase of the above circuit. Jse PSPICE to obtain Bode plots for the transfer function and the phase as a function requency for the circuit shown above. Use R4 as the global parameter for the ondary sweep and chose the initial value as 1k Ohm and the final value 10k Ohm with ep of 2k Ohm.
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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Transcribed Image Text:Problem 01:
a) Use the circuit shown below to show that the magnitude of the transfer function can
be written as
¿(s)
R.
1
R3 + R,
V1+o?r?
where t=(R|| R, )C,
V,(s)
R3
PARAMETERS:
1k
R2 = 10k
C1 = 1u
V2
1Vac,
Ovdc
R4
C2
10k
1n
b) Derive an expression for the voltage phase of the above circuit.
c) Use PSPICE to obtain Bode plots for the transfer function and the phase as a function
of frequency for the circuit shown above. Use R4 as the global parameter for the
secondary sweep and chose the initial value as lk Ohm and the final value 10k Ohm with
a step of 2k Ohm.
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