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Lab Assignment 1 EEE-466, Power Electronics Lab: Design and Simulation of Bridge Rectifiers

This lab assignment document summarizes Mostafa Kamal's work simulating different types of bridge rectifiers, including single phase rectifiers using only resistors (R), resistors and inductors (RL), and capacitors (C), as well as three phase rectifiers using R loads and RL loads. It includes circuit diagrams and input/output waveforms for each configuration.

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Khairul
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0% found this document useful (0 votes)
41 views6 pages

Lab Assignment 1 EEE-466, Power Electronics Lab: Design and Simulation of Bridge Rectifiers

This lab assignment document summarizes Mostafa Kamal's work simulating different types of bridge rectifiers, including single phase rectifiers using only resistors (R), resistors and inductors (RL), and capacitors (C), as well as three phase rectifiers using R loads and RL loads. It includes circuit diagrams and input/output waveforms for each configuration.

Uploaded by

Khairul
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
Available Formats
Download as DOCX, PDF, TXT or read online on Scribd
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Lab Assignment 1

Design and Simulation of Bridge Rectifiers


EEE-466, Power Electronics Lab

Submitted By
Name : Mostafa Kamal
ID: 2181171098
Batch: 27th (B), Evening.
Fig -1(a): Single Phase Bridge Rectifier Circuit Diagram Use Only R.

Fig -1(a): Input vs. Output Wave form.


Fig -1(b): Single Phase Bridge Rectifier Circuit Diagram Use Only RL.

Fig -1(b): Input Vs. Output Wave form.

Fig -1(c): Single Phase Bridge Rectifier Circuit Diagram Use C.


Fig -1(c): Input vs. Output Wave form.

Fig -1(c): Single Phase Bridge Rectifier Circuit Diagram Use C.

Fig -1(c): Input vs. Output Wave form.


2(a):- Three phase bridge rectifier circuit diagram using R load.

2(a) Input vs. Output wave form.


2(b)- Three phase bridge rectifier circuit diagram using RL load.

2(b) - Input vs. Output wave form.

Discussion:

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