Study on modelling and simulation of permanent magnet stepping motor by MATLAB/SIMULINK

The evolution of digital electronics and microcontroller systems has led to development of electrical motors capable to tee digitally controlled. These motors are widely known as stepper motors and the enable transformation of pulsed electrical excitation into mechanical energy. A model of the perma...

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Main Author: Morar Alexandru
Format: Article
Language:English
Published: Editura Universităţii "Petru Maior" 2014-12-01
Series:Scientific Bulletin of the ''Petru Maior" University of Tîrgu Mureș
Subjects:
Online Access:http://scientificbulletin.upm.ro/papers/2014-2/06%20Study%20on%20Modelling%20MorarA.pdf
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author Morar Alexandru
author_facet Morar Alexandru
author_sort Morar Alexandru
collection DOAJ
description The evolution of digital electronics and microcontroller systems has led to development of electrical motors capable to tee digitally controlled. These motors are widely known as stepper motors and the enable transformation of pulsed electrical excitation into mechanical energy. A model of the permanent stepper motor is simulated using Matlab/Simulink simulation software. The software is used as a simulation tool for bipolar permanent stepper motor enabling motor transient characteristics of current, voltage, torque and speed to be obtained. Different operating motor regimes are simulated as no-load and rated load operation. The achieved results are in good accordance with the theoretical expectation and with the results of analytical computations. Adequate conclusions regarding motor performance characteristics are presented.
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spelling doaj.art-0dc8ee37eb5549f29bf4b355597fc92b2022-12-22T01:19:34ZengEditura Universităţii "Petru Maior"Scientific Bulletin of the ''Petru Maior" University of Tîrgu Mureș1841-92672285-438X2014-12-0111234386Study on modelling and simulation of permanent magnet stepping motor by MATLAB/SIMULINKMorar AlexandruThe evolution of digital electronics and microcontroller systems has led to development of electrical motors capable to tee digitally controlled. These motors are widely known as stepper motors and the enable transformation of pulsed electrical excitation into mechanical energy. A model of the permanent stepper motor is simulated using Matlab/Simulink simulation software. The software is used as a simulation tool for bipolar permanent stepper motor enabling motor transient characteristics of current, voltage, torque and speed to be obtained. Different operating motor regimes are simulated as no-load and rated load operation. The achieved results are in good accordance with the theoretical expectation and with the results of analytical computations. Adequate conclusions regarding motor performance characteristics are presented.http://scientificbulletin.upm.ro/papers/2014-2/06%20Study%20on%20Modelling%20MorarA.pdfsimulation permanent magnet bipolar stepper motorsimulinksteping mode
spellingShingle Morar Alexandru
Study on modelling and simulation of permanent magnet stepping motor by MATLAB/SIMULINK
Scientific Bulletin of the ''Petru Maior" University of Tîrgu Mureș
simulation
permanent magnet bipolar stepper motor
simulink
steping mode
title Study on modelling and simulation of permanent magnet stepping motor by MATLAB/SIMULINK
title_full Study on modelling and simulation of permanent magnet stepping motor by MATLAB/SIMULINK
title_fullStr Study on modelling and simulation of permanent magnet stepping motor by MATLAB/SIMULINK
title_full_unstemmed Study on modelling and simulation of permanent magnet stepping motor by MATLAB/SIMULINK
title_short Study on modelling and simulation of permanent magnet stepping motor by MATLAB/SIMULINK
title_sort study on modelling and simulation of permanent magnet stepping motor by matlab simulink
topic simulation
permanent magnet bipolar stepper motor
simulink
steping mode
url http://scientificbulletin.upm.ro/papers/2014-2/06%20Study%20on%20Modelling%20MorarA.pdf
work_keys_str_mv AT moraralexandru studyonmodellingandsimulationofpermanentmagnetsteppingmotorbymatlabsimulink