數位調光電子安定器之設計與研製

Design and Implementation of Digital Dimming Electronic Ballast

王明山(Ming-Shan Wang)

指導教授 ： 何金滿

中原大學/工學院/電機工程研究所/碩士(2004年)

https://doi.org/10.6840/cycu200400165

摘要

摘 要

本論文以低壓氣體放電燈為負載之數位式電子安定器的實務設計為主，所設計的電子安定器乃利用IC6561功因修正電路和IC6574諧振換流器電路相互搭配以求滿足高功因，延長燈管壽命、高效率發光，及可調光之需求，以產生易於控制之低壓氣體放電燈的控制電路。
本論文對於電路的工作原理，控制電路參數的分析設計，以及實際量測均有詳述。由電路實測結果得知，所提之利用數位IC6561及IC6574的他激式控制，確可改善自激式控制無法調光的缺點，達到高效率、易於控制的優點，既能符合現階段設定條件之需求，同時可作為未來發展之基礎。

關鍵字

他激式 ； 諧振換流電路 ； 功因修正電路 ； 自激式

並列摘要

Abstract

This thesis aims to present the design and practice of a digital electronic ballast for fluorescent lamps. It introduces the characteristics of lamp, DC/DC converter, power factor correction circuit IC 6561, and resonant circuit IC 6574, The electronic ballast is developed by using IC 6561and IC 6574, and other circuits to meet the need for high power factor, long lamp life, high luminous efficiency, and dimming control.
Also the circuit operation principle, analysis of carefully designed circuit parameters, practical consideration of self-excitation, and dimming control are explained in detail .The test of real design is carried out at last, and the result shows the proposed digital electronic ballast can fulfill the design purposes.

並列關鍵字

pfc ； dimming ； self-excitation ； resonant

參考文獻

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