一种基于单周期控制OCC的箝位电流控制技术

A. S. Lock, M. Elbuluk, C. Jacobina
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引用次数: 3

摘要

本文提出了一种钳位相位技术,通过基于单周期控制(OCC)技术的电流控制,实现可控整流器输入端的功率因数控制。减少了相位干扰,固定了工作频率,提高了相位协调性。该控制方法的特点是控制简单,消除了电压输入传感器。对夹持相位技术的理论背景和OCC原理进行了综述和分析。仿真结果验证了该方法的有效性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A clamping current control technique, based on one cycle control OCC
This paper proposes a clamping phase technique that results in power factor control at the input of a controlled rectifier by means of a current control based on One Cycle Control (OCC) technique. It minimizes phase interference, fixes operation frequency as well as improves phase coordination. Control simplicity and voltage input sensor elimination is the feature of the proposed control. Theoretical background of the clamping phase technique as well as of OCC principle has been reviewed and analyzed. Simulated results confirm the proposed technique.
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