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Design a 2nd order low pass filter (Sallen Key) with a maximally flat response, and a corner frequency of 100 Hz. a) Include a schematic of your filter, and show your calculations for all components. Assume +/-5V power supplies. b)(2) - Plot your filter response on the bode plot graph included below. c) (8) If the input signal is 1V p-p, from a voltage source with an equivalent source resistance of 1K ohm: Make any modifications you feel your filter may require based on this source Determine the Voltage at the output of your filter (in Vp-p) for an input of: 2 KHz 1

Design a 2nd order low pass filter (Sallen Key) with a maximally flat response, and a corner frequency of 100 Hz. a) Include a schematic of your filter, and show your calculations for all components. Assume +/-5V power supplies. b)(2) - Plot your filter response on the bode plot graph included below. c) (8) If the input signal is 1V p-p, from a voltage source with an equivalent source resistance of 1K ohm: Make any modifications you feel your filter may require based on this source Determine the Voltage at the output of your filter (in Vp-p) for an input of: 2 KHz 1

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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Design a 2nd order low pass filter (Sallen Key) with a maximally flat response, and a corner frequency of 100 Hz.

a) Include a schematic of your filter, and show your calculations for all components. Assume +/-5V power supplies.

b)(2) - Plot your filter response on the bode plot graph included below.

c) (8) If the input signal is 1V p-p, from a voltage source with an equivalent source resistance of 1K ohm:

  • Make any modifications you feel your filter may require based on this source
  • Determine the Voltage at the output of your filter (in Vp-p) for an input of:
  • 2 KHz

1

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