制冷技术
製冷技術
제랭기술
REFRIGERATION TECHNOLOGY
2012年
4期
51-54
,共4页
吴俊鸿*%杨检群%杨杰%梁青
吳俊鴻*%楊檢群%楊傑%樑青
오준홍*%양검군%양걸%량청
变频控制器%智能功率模块%散热器%控制逻辑
變頻控製器%智能功率模塊%散熱器%控製邏輯
변빈공제기%지능공솔모괴%산열기%공제라집
Transducer%IPM%Radiator%Control logic
通过分析变频空调控制器的智能功率模块IPM(Intelligent Power Module)温度过热导致压缩机频率受到限制的实例出发,从理论和实验两个方面阐述变频空调控制器IPM温度过高的根本原因,提出降低变频控制器 IPM(包括其他元器件)温度的措施,为变频空调产品的控制器元器件温升研究提供新的思路和方向.
通過分析變頻空調控製器的智能功率模塊IPM(Intelligent Power Module)溫度過熱導緻壓縮機頻率受到限製的實例齣髮,從理論和實驗兩箇方麵闡述變頻空調控製器IPM溫度過高的根本原因,提齣降低變頻控製器 IPM(包括其他元器件)溫度的措施,為變頻空調產品的控製器元器件溫升研究提供新的思路和方嚮.
통과분석변빈공조공제기적지능공솔모괴IPM(Intelligent Power Module)온도과열도치압축궤빈솔수도한제적실례출발,종이론화실험량개방면천술변빈공조공제기IPM온도과고적근본원인,제출강저변빈공제기 IPM(포괄기타원기건)온도적조시,위변빈공조산품적공제기원기건온승연구제공신적사로화방향.
Through the analysis of compressor frequency limitation caused by inverter air conditioner controller IPM (Intelligent Power Module), the basic reason for the high temperature of the IPM was analyzed theoretically and experimentally., The method to lower the inverter controller IPM temperature was proposed, The present research provides new ideas and directions for the controller components’ high temperature research for inverter air conditioner product.
