Synchro

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The semester counts 15 weeks and ends with a little project.
 
The semester counts 15 weeks and ends with a little project.
  
The aim to the project is to synchronise a synchronous motor used as a generator to a reference 50 HZ signal.
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The aim to the project is to synchronise an AC motor used as a generator to a reference 50 HZ signal.
  
 
== Specification ==
 
== Specification ==
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The reference signal and the generator output are digitised to 1 bit with the help of two comparators.
 
The reference signal and the generator output are digitised to 1 bit with the help of two comparators.
 
The digital circuit receives these signals and controls a DC motor coupled to the generator.
 
The digital circuit receives these signals and controls a DC motor coupled to the generator.
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 +
=== Circuit ===
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 +
== Components ==
  
 
== Semester organization ==
 
== Semester organization ==

Revision as of 13:47, 28 November 2014

Contents

The Filière Energie et Techniques environnementales (FET) has the digital systems course and labs in the 3rd (autumn) semester. The semester counts 15 weeks and ends with a little project.

The aim to the project is to synchronise an AC motor used as a generator to a reference 50 HZ signal.

Specification

Function

The reference signal and the generator output are digitised to 1 bit with the help of two comparators. The digital circuit receives these signals and controls a DC motor coupled to the generator.

Circuit

Components

Semester organization

Week schedule

Week Course Lab
1 NUM / COM PHA - phase accuracy display
(introduction to the tools)
2 COM / KAR NUM - numbers and operations
3 KAR / MUX ADD - binary adder
4 MUX / LST MUL - multiplier
5 LST / LAT PHD - phase detector
6 LAT PHD
7 CNT PHU - phase unwrapper
8 FSM COM - Serial port receiver
9 - 15 project
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