Objective: Use a drawing to show the setup in Multisim that can simulate two cascaded filters: an L-Type High-Pass Filter followed by a Pi-Type Band-Stop Filter.Circuit DetailsL-Type High-Pass FilterCutoff frequency: 666.67 HzComponents:Capacitor: 56.99 µF (in series with input)Inductor: 1 mH (parallel to load)Load: 3000 ΩFunction: Allows frequencies above 666.67 Hz to pass.Pi-Type Band-Stop FilterBlock frequency range: 1000 Hz to 1333.33 HzComponents:Capacitors: Two 18.61 µF (one on each side of inductor)Inductor: 1 mH (between capacitors, parallel to load)Load: 3000 ΩFunction: Blocks frequencies between 1000 Hz and 1333.33 Hz.Combined SetupStep 1: Set up the L-Type High-Pass Filter.Step 2: Connect the Pi-Type Band-Stop Filter in series after the high-pass filter.Expected Result: The cascaded filters should pass harmonics above 666.67 Hz while blocking those between 1000 Hz and 1333.33 Hz, allowing frequencies beyond that range to reach the load.

1. Start a New Schematic: Open a new project in Multisim and start with a blank schematic.2. Add…

Answered: Objective: Use a drawing to show the…

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...

L-Type High-Pass Filter
- Cutoff frequency: 666.67 Hz
- Components:
  - Capacitor: 56.99 µF (in series with input)
  - Inductor: 1 mH (parallel to load)
  - Load: 3000 Ω
- Function: Allows frequencies above 666.67 Hz to pass.
Pi-Type Band-Stop Filter
- Block frequency range: 1000 Hz to 1333.33 Hz
- Components:
  - Capacitors: Two 18.61 µF (one on each side of inductor)
  - Inductor: 1 mH (between capacitors, parallel to load)
  - Load: 3000 Ω
- Function: Blocks frequencies between 1000 Hz and 1333.33 Hz.

Step 1: Set up the L-Type High-Pass Filter.
Step 2: Connect the Pi-Type Band-Stop Filter in series after the high-pass filter.
Expected Result: The cascaded filters should pass harmonics above 666.67 Hz while blocking those between 1000 Hz and 1333.33 Hz, allowing frequencies beyond that range to reach the load.

Expert Solution