Concurrent microprocessors-based PWM converter control

Y. Guo, X. Wang, H. Lee, B. Ooi
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引用次数: 2

Abstract

Fairly sophisticated controls are needed to achieve concurrent multiple objectives of pulse-width-modulation (PWM) converters. The objectives may include near-sinusoidal current waveforms, fine DC voltage or current regulation, and specified power factor. The use of a system of three high-speed digital signal processors to implement these controls in real time is described. The voltage angle lock loop control of a voltage source (boost-type) converter for a high-voltage direct-current system is presented. Experimental results confirm that the digitally controlled system can realize the full potential of the PWM converter.<>
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基于并发微处理器的PWM变换器控制
脉宽调制(PWM)变换器需要相当复杂的控制来实现并发多目标。目标可能包括接近正弦的电流波形,精细的直流电压或电流调节,以及指定的功率因数。描述了使用一个由三个高速数字信号处理器组成的系统来实现这些实时控制。介绍了高压直流系统中电压源(升压型)变换器的电压锁角环控制。实验结果证实,该数字控制系统可以充分发挥PWM变换器的潜力
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