The Adaptive Circuit Design and Application for Brushless Motor Driving Method

碩士 === 和春技術學院 === 電機工程系碩士班 === 102 === Motor-driven modern industrial production which includes power sources provide mobile carrier. Action-based carrier requires a global trend of energy saving and greenhouse effect of carbon, the electric car is the future of mainstream mobile carrier.   Motor ca...

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Main Authors: Chen-Wei Li, 李振瑋
Other Authors: Yen-Ming Tzeng
Format: Others
Language:zh-TW
Published: 2014
Online Access:http://ndltd.ncl.edu.tw/handle/11450257983204514512
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spelling ndltd-TW-102FIT004420042017-08-12T04:34:55Z http://ndltd.ncl.edu.tw/handle/11450257983204514512 The Adaptive Circuit Design and Application for Brushless Motor Driving Method 無刷馬達驅動適應性電路設計與應用 Chen-Wei Li 李振瑋 碩士 和春技術學院 電機工程系碩士班 102 Motor-driven modern industrial production which includes power sources provide mobile carrier. Action-based carrier requires a global trend of energy saving and greenhouse effect of carbon, the electric car is the future of mainstream mobile carrier.   Motor carrier operations in the application to induction motors and permanent magnet brushless motor as the main application, control of both have a lot in common, because of the use of two motors are inverter required to achieve the armature AC variable frequency of the positive spin, to control the speed and considerable torque output.   In this paper, the use of permanent magnet brushless motor field oriented control to drive and explore the three-phase permanent magnet brushless motor, the control circuit and the microprocessor software combine to drive a three-phase permanent magnet brushless motor. Microprocessor with commutation signals, speed feedback signal and torque signal using a magnetic field oriented control to determine the three-phase full-bridge converter and down the power transistor as a pulse width modulated signal switch control, to complete the required armature AC frequency inverter and power output, and explore related effects and compensation method of stator and rotor of the two field weakening and elaborate experimental data. Yen-Ming Tzeng 曾燕明 2014 學位論文 ; thesis 75 zh-TW
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language zh-TW
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description 碩士 === 和春技術學院 === 電機工程系碩士班 === 102 === Motor-driven modern industrial production which includes power sources provide mobile carrier. Action-based carrier requires a global trend of energy saving and greenhouse effect of carbon, the electric car is the future of mainstream mobile carrier.   Motor carrier operations in the application to induction motors and permanent magnet brushless motor as the main application, control of both have a lot in common, because of the use of two motors are inverter required to achieve the armature AC variable frequency of the positive spin, to control the speed and considerable torque output.   In this paper, the use of permanent magnet brushless motor field oriented control to drive and explore the three-phase permanent magnet brushless motor, the control circuit and the microprocessor software combine to drive a three-phase permanent magnet brushless motor. Microprocessor with commutation signals, speed feedback signal and torque signal using a magnetic field oriented control to determine the three-phase full-bridge converter and down the power transistor as a pulse width modulated signal switch control, to complete the required armature AC frequency inverter and power output, and explore related effects and compensation method of stator and rotor of the two field weakening and elaborate experimental data.
author2 Yen-Ming Tzeng
author_facet Yen-Ming Tzeng
Chen-Wei Li
李振瑋
author Chen-Wei Li
李振瑋
spellingShingle Chen-Wei Li
李振瑋
The Adaptive Circuit Design and Application for Brushless Motor Driving Method
author_sort Chen-Wei Li
title The Adaptive Circuit Design and Application for Brushless Motor Driving Method
title_short The Adaptive Circuit Design and Application for Brushless Motor Driving Method
title_full The Adaptive Circuit Design and Application for Brushless Motor Driving Method
title_fullStr The Adaptive Circuit Design and Application for Brushless Motor Driving Method
title_full_unstemmed The Adaptive Circuit Design and Application for Brushless Motor Driving Method
title_sort adaptive circuit design and application for brushless motor driving method
publishDate 2014
url http://ndltd.ncl.edu.tw/handle/11450257983204514512
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