电源学报
電源學報
전원학보
JOURNAL OF POWER SUPPLY
2012年
4期
97-100
,共4页
许佳辉%柏海明%聂敏%孙蒋平%申志刚
許佳輝%柏海明%聶敏%孫蔣平%申誌剛
허가휘%백해명%섭민%손장평%신지강
铁硅铝磁粉心%功率因数校正%APFC(有源功率因数校正)
鐵硅鋁磁粉心%功率因數校正%APFC(有源功率因數校正)
철규려자분심%공솔인수교정%APFC(유원공솔인수교정)
FeSiA1 magnetic powder cores%powder factor correction%APFC (active powder factor Correction)
电感铁芯材料的选择是影响APFC电路性能的关键因数之一。磁粉心具有较高的饱和磁通密度和良好的直流偏磁动态线性,是APFC电路电感铁芯材料的适用材料。对比了几种不同磁粉心材料的成本与性能,认为铁硅铝磁粉心是APFC电路铁芯的最佳的适用材料。
電感鐵芯材料的選擇是影響APFC電路性能的關鍵因數之一。磁粉心具有較高的飽和磁通密度和良好的直流偏磁動態線性,是APFC電路電感鐵芯材料的適用材料。對比瞭幾種不同磁粉心材料的成本與性能,認為鐵硅鋁磁粉心是APFC電路鐵芯的最佳的適用材料。
전감철심재료적선택시영향APFC전로성능적관건인수지일。자분심구유교고적포화자통밀도화량호적직류편자동태선성,시APFC전로전감철심재료적괄용재료。대비료궤충불동자분심재료적성본여성능,인위철규려자분심시APFC전로철심적최가적괄용재료。
The selection of inductor core material is one of the key factors that would affect the performance of APFC circuit. Magnetic powder core is a suitable inductor core material which has high saturation flux density and excellent motion linearity of DC bias in the APFC. The performance and cost of different magnetic powder core materials were compared to confirm that the FeSiA1 powder core material is the best material in APFC.