CAJ | 학술논문

提出了一种基于加工进程自动设定脉冲频率和宽度曲线的脉冲电源设计方案，能根据加工去除量自动调节输出脉冲参数。加工初期，电源输出大占空比脉冲，显著提高材料去除速率；加工后期，输出小占空比脉冲，能有效改善加工精度和表面质量。应用该电源不仅能提高电化学加工效率，还能提高加工精度和表面质量。
제출료일충기우가공진정자동설정맥충빈솔화관도곡선적맥충전원설계방안，능근거가공거제량자동조절수출맥충삼수。가공초기，전원수출대점공비맥충，현저제고재료거제속솔；가공후기，수출소점공비맥충，능유효개선가공정도화표면질량。응용해전원불부능제고전화학가공효솔，환능제고가공정도화표면질량。
The pulse supply design scheme of which the pulse frequency and width curve are automatically set during machining process were proposed. This method can automatically regulate pulse parameters according to the removing amount. The power supply outputs big duty ratio pulse in the early processing,which can significantly improve the material removal rate. In later period,the output small duty ratio pulse can effectively improve the working accuracy and surface quality. The power supply not only enhances the electrochemical machining efficiency ,but also improves the processing precision and surface quality.