CAJ | 학술논문

针对现有抑制电快速瞬变脉冲群（EFT）干扰的滤波器体积较大，材料耗费较多等问题，分析了铁氧体磁环的等效电路模型，结合DOUBLET BW2105称重控制器电快速瞬变脉冲群未能达标的问题，采用新型超微晶材料铁氧体磁环绕制电感并设计滤波器对其进行E丌1优化．实验结果表明该方法能够有效抑制设备的电快速瞬变脉冲群，减少材料的损耗，减小滤波器体积并节省装载空间．
침대현유억제전쾌속순변맥충군（EFT）간우적려파기체적교대，재료모비교다등문제，분석료철양체자배적등효전로모형，결합DOUBLET BW2105칭중공제기전쾌속순변맥충군미능체표적문제，채용신형초미정재료철양체자배요제전감병설계려파기대기진행E기1우화．실험결과표명해방법능구유효억제설비적전쾌속순변맥충군，감소재료적손모，감소려파기체적병절성장재공간．
Aiming to inhibit EFT interference measures with problems that filter bulky and cost more material, the high frequency equivalent circuit is analyzed in the paper. Combined with a weighing controller＇ s failure to pass the standard test of Xuzhou DOUBLET industrial machinery Co. , LTD. , superfine crystal materials winding inductance and design filters are adopted to inhibit EFT interference. Experimental results show that by using ultra nonerystaUine material made inductance and design filter can make equipment through the EFT standard testing, reduce material loss, filter volume and loading space.