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开发研制了以微机为核心的紧凑型节能灯高频参数测试系统，成功地解决了节能灯高频特性的测量问题．利用该测试系统，对多种型号的紧凑型节能荧光灯的高频工作特性进行了分析研究，得出了灯的工作频率、波形以及功率对灯的光通、光效、功率因数等光电参数的影响情况，并找出了灯的最佳工作频率范围，为生产高质量灯管提供了理论依据．
Developed a high-frequency parameter testing system of compact energy-saving lamps with microcomputer as the core, successfully solved the measurement problem of high-frequency characteristics of energy-saving lamps. The test system was used to analyze and study the high-frequency operating characteristics of various compact fluorescent lamps. The working parameters of the lamp, the waveform and the power of the lamp, such as the luminous flux, luminous efficiency, power factor and other photoelectric parameters Affect the situation and find out the best operating frequency range of the lamp, providing a theoretical basis for the production of high quality lamp.