Pspice in the research and application of power electronics

碩士 === 中華科技大學 === 電子工程研究所在職專班 === 102 === This paper describes the addition Pspice software and instructions for use, the main circuit signals through analog circuit functions to improve, with Pspice analog converter, the formation of three analyzes, respectively DC analysis, AC analysis, transient...

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Main Authors: Tsay Yua-kun, 蔡永堃
Other Authors: Mao, Dar-Hsi
Format: Others
Language:zh-TW
Published: 2014
Online Access:http://ndltd.ncl.edu.tw/handle/90089575600363815638
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spelling ndltd-TW-102CHIT14270032015-10-13T23:30:07Z http://ndltd.ncl.edu.tw/handle/90089575600363815638 Pspice in the research and application of power electronics Pspice在電力電子之研究與應用 Tsay Yua-kun 蔡永堃 碩士 中華科技大學 電子工程研究所在職專班 102 This paper describes the addition Pspice software and instructions for use, the main circuit signals through analog circuit functions to improve, with Pspice analog converter, the formation of three analyzes, respectively DC analysis, AC analysis, transient analysis, transient analysis, especially Pspice simulation using the most convenient. In general, the application Pspice software can save time and reduce costs by improving analog circuits, electronic components missing, and enhance power quality, and this is the biggest Pspice simulation purposes. This paper discusses the simulation, the drive inverter principle, by switching (PWM) pulse width modulation to achieve control of the form (PWM) control mode. The inverter technology in the emphasis on energy conservation, the future is light, thin, short, small as the main development content, which is required for the application of electricity electronically. The Pspice simulation can be used for single-phase control, and analog voltage controlled full-wave rectifier, which is an improvement on the circuit and helpful. Pspice analysis includes source and power components, transient analysis and application of Fourier analysis. Therefore, when doing transient analysis of execution, that is, circuit simulation in integrated circuits. Also by Pspice simulation of complete circuit modifications can be helpful in the application and research of power electronics. 。 This research also investigates the development of power electronics, power electronics comes first, then the power electronics and the National Science and Technology Development, including improved technology standards, upgrade weapons systems, focusing on research and development of products, in order to stimulate the development of related industries, these are good for the application. And Pspice in research and application of power electronics, the development will have to go, and sustainable development, which the national economy as a whole will have a positive impact on China's power electronics industry will help greatly, this is in Pspice research and application of power electronics, the main purpose and ultimate goal. Mao, Dar-Hsi 毛大喜 2014 學位論文 ; thesis 79 zh-TW
collection NDLTD
language zh-TW
format Others
sources NDLTD
description 碩士 === 中華科技大學 === 電子工程研究所在職專班 === 102 === This paper describes the addition Pspice software and instructions for use, the main circuit signals through analog circuit functions to improve, with Pspice analog converter, the formation of three analyzes, respectively DC analysis, AC analysis, transient analysis, transient analysis, especially Pspice simulation using the most convenient. In general, the application Pspice software can save time and reduce costs by improving analog circuits, electronic components missing, and enhance power quality, and this is the biggest Pspice simulation purposes. This paper discusses the simulation, the drive inverter principle, by switching (PWM) pulse width modulation to achieve control of the form (PWM) control mode. The inverter technology in the emphasis on energy conservation, the future is light, thin, short, small as the main development content, which is required for the application of electricity electronically. The Pspice simulation can be used for single-phase control, and analog voltage controlled full-wave rectifier, which is an improvement on the circuit and helpful. Pspice analysis includes source and power components, transient analysis and application of Fourier analysis. Therefore, when doing transient analysis of execution, that is, circuit simulation in integrated circuits. Also by Pspice simulation of complete circuit modifications can be helpful in the application and research of power electronics. 。 This research also investigates the development of power electronics, power electronics comes first, then the power electronics and the National Science and Technology Development, including improved technology standards, upgrade weapons systems, focusing on research and development of products, in order to stimulate the development of related industries, these are good for the application. And Pspice in research and application of power electronics, the development will have to go, and sustainable development, which the national economy as a whole will have a positive impact on China's power electronics industry will help greatly, this is in Pspice research and application of power electronics, the main purpose and ultimate goal.
author2 Mao, Dar-Hsi
author_facet Mao, Dar-Hsi
Tsay Yua-kun
蔡永堃
author Tsay Yua-kun
蔡永堃
spellingShingle Tsay Yua-kun
蔡永堃
Pspice in the research and application of power electronics
author_sort Tsay Yua-kun
title Pspice in the research and application of power electronics
title_short Pspice in the research and application of power electronics
title_full Pspice in the research and application of power electronics
title_fullStr Pspice in the research and application of power electronics
title_full_unstemmed Pspice in the research and application of power electronics
title_sort pspice in the research and application of power electronics
publishDate 2014
url http://ndltd.ncl.edu.tw/handle/90089575600363815638
work_keys_str_mv AT tsayyuakun pspiceintheresearchandapplicationofpowerelectronics
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AT tsayyuakun pspicezàidiànlìdiànzizhīyánjiūyǔyīngyòng
AT càiyǒngkūn pspicezàidiànlìdiànzizhīyánjiūyǔyīngyòng
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