Design and simulation of single stage single switch input current shaping circuit for AC/DC converter based on PWM technique

Mahmoud Milad Alagele, M. Abdalla, A. Zerek
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引用次数: 2

Abstract

In this paper a simple single-stage single-switch input-current shaping (S4ICS) circuit was designed, simulated and tested for AC/DC converter which generates input current harmonics due to its non-linear characteristics. A sinusoidal input current with nearly unity distortion factor was achieved through current harmonics mitigation by using PWM boost regulator. The circuit utilizes the charging and discarching increments of boost inductor current to shape a sinusoidal input current. Inductor current was controlled by means of PWM controller. The controller accepts two feed back signals, the first is the inductor current and the other is the output voltage of the AC/DC converter. The simulation results of fast fourier transform (FFT) show the great reduction in current harmonic which in turns tends to a great improvement in power factor and the sinusoidal shape of input current‥
基于PWM技术的交直流变换器单级单开关输入电流整形电路的设计与仿真
针对AC/DC变换器由于其非线性特性而产生输入电流谐波的问题,设计了一种简单的单级单开关输入电流整形电路,并进行了仿真和测试。通过采用PWM升压调节器抑制电流谐波,实现了失真系数接近于1的正弦输入电流。该电路利用升压电感电流的充电和丢弃增量来形成正弦输入电流。采用PWM控制器对电感电流进行控制。控制器接受两个反馈信号,一个是电感电流,另一个是AC/DC变换器的输出电压。快速傅立叶变换(FFT)的仿真结果显示,电流谐波大大降低,从而大大改善了功率因数和输入电流的正弦形状
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