CNIPA.AI
返回搜索
档案

POWER CONVERSION SYSTEM HAVING SPREAD SPECTRUM AND PHASE SHIFTING MECHANISMS

发明专利审中
20权利要求 · 1 独立
§ Ⅰ

卷宗概要

发明人

TSE-HSU WU; CHENG-HAN WU; FU-CHUAN CHEN; YUN-CHIANG CHANG

IPC 分类

H3L 7/10H2M 1/H2M 1/44H3L 7/2H3L 7/81H3L 7/99

CPC 分类

H3L7/104H2M1/22H2M1/43H2M1/44H3L7/2H3L7/81H3L7/99

A power conversion system having spread spectrum and phase shifting mechanisms is provided. Each of a plurality of power converters of the power conversion system includes a spread spectrum instructing circuit, a synchronization signal detecting circuit, an oscillator circuit and a phase shifting circuit. The oscillator circuit outputs an oscillation signal according to a spread spectrum instruction parameter from the spread spectrum instructing circuit or a synchronization detected signal from the synchronization signal detecting circuit. The phase shifting circuit shifts phases of a plurality of waveforms of the oscillation signal to generate a clock signal. The phase shifting circuit of each of the plurality of power converters outputs the clock signal to a next one of the plurality of power converters. The synchronization signal detecting circuit of each of the power converters detects the clock signal to output the synchronization detected signal.

原文(中文)

A power conversion system having spread spectrum and phase shifting mechanisms is provided. Each of a plurality of power converters of the power conversion system includes a spread spectrum instructing circuit, a synchronization signal detecting circuit, an oscillator circuit and a phase shifting circuit. The oscillator circuit outputs an oscillation signal according to a spread spectrum instruction parameter from the spread spectrum instructing circuit or a synchronization detected signal from the synchronization signal detecting circuit. The phase shifting circuit shifts phases of a plurality of waveforms of the oscillation signal to generate a clock signal. The phase shifting circuit of each of the plurality of power converters outputs the clock signal to a next one of the plurality of power converters. The synchronization signal detecting circuit of each of the power converters detects the clock signal to output the synchronization detected signal.