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Titre: | Design and implementation of speed and torque controller for DC motor |
Auteur(s): | Belhout, Saber Rouari, Baha Eddine Bentarzi, Hamid |
Mots-clés: | Modeling of machines* |
Date de publication: | 2018 |
Résumé: | Electric drives have many applications in different areas such as industry, transport,
agriculture and domestic. The operation of electric drives are selectively regulated and
made partly or fully automatic to increase the productivity and efficiency of the industry.
The dc drives still play a significant role in modern industrial drives due to its higher
performance, reliability, adjustable speed control etc. This project aim is to design and
implement a speed and current controller for PMDC motor with a high performance. Using
the chopper as a converter, the speed of DC motor may be controllable. The chopper firing
circuit may get signal from controller in order to supply variable voltage to the armature of
the DC motor at the desired speed. The controller consists of two different control loops,
current control and speed control. The used controller is Proportional-Integral type due to
its fastness. The current and speed controller is designed by taking into consideration
the high stability even at high speed control of DC motor. The simulation of model is
investigated and analyzed using LABVIEW and Simulink/MATLAB under different speed
and torque conditions. |
Description: | 66 p. |
URI/URL: | http://dlibrary.univ-boumerdes.dz:8080/handle/123456789/7568 |
Collection(s) : | Contrôle
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