工作原理马赫Macher FBS-04X01N1-D3
电感式接近开关属于一种有开关量输出的位置传感器，利用一个振荡电路的变化所引起的物理效应，该振荡电路通过传马赫Macher FBS-04X01N1-D3导材料中的涡流损耗产生。一个LC振荡回路产生一个高频电磁场，该电磁场是从传感器感应面辐射出来。一种具有电导能力的物体进入该场，这样根据感应定律形成涡流电流，该涡流电流消除振荡电路的能量，振幅因此减小。马赫Macher FBS-04X01N1-D3改变和转换成开关信号，由该工作原理得出：所有的金属无论它们运动或静止都可以被检测。马赫Macher FBS-04X01N1-D3
FBS-05D0.8D1-T2 FBS-05D0.8D2-T2
FBS-05D01D1-T2 FBS-05D01D2-T2
FBS-05D1.5D1-T2 FBS-05D1.5D2-T2
FBS-05D0.8N1-D3 FBS-05D0.8N2-D3
FBS-05D0.8P1-D3 FBS-05D0.8P2-D3 马赫Macher FBS-04X01N1-D3 工业打印机行业特用 FBS-04X01N1-D3现货
FBS-05D01N1-D3 FBS-05D01N2-D3
FBS-05D01P1-D3 FBS-05D01P2-D3
FBS-05D1.5N1-D3 FBS-05D1.5N2-D3
FBS-05D1.5P1-D3 FBS-05D1.5P2-D3
FBS-08D01D1-T2 FBS-08D01D2-T2 马赫Macher FBS-04X01N1-D3 工业打印机行业特用 FBS-04X01N1-D3现货马赫Macher FBS-04X01N1-D3
FBS-08D02D1-T2 FBS-08D02D2-T2
FBS-08D03D1-T2 FBS-08D03D2-T2
FAS-08D02D1-T2 FAS-08D02D1-T2
FAS-08D04D1-T2 FAS-08D04D2-T2
FAS-08D06D1-T2 FAS-08D06D2-T2
FBS-08D01N1-D3 FBS-08D01N2-D3
FBS-08D01P1-D3 FBS-08D01P2-D3
FBS-08D02N1-D3 FBS-08D02N2-D3
FBS-08D02P1-D3 FBS-08D02P2-D3
FBS-08D03N1-D3 FBS-08D03N2-D3
FBS-08D03P1-D3 FBS-08D03P2-D3
FAS-08D02N1-D3 FAS-08D02N2-D3
FAS-08D02P1-D3 FAS-08D02P2-D3
FAS-08D04N1-D3 FAS-08D04N2-D3
FAS-08D04P1-D3 FAS-08D04P2-D3
FAS-08D06N1-D3 FAS-08D06N2-D3
FAS-08D06P1-D3 FAS-08D06P2-D3
FBB-12D02D1-T2 FBB-12D02D2-T2
FBB-12D04D1-T2 FBB-12D04D2-T2
FBB-12D06D1-T2 FBB-12D06D2-T2
FAS-12D04D1-T2 FAS-12D04D1-T2
FAS-12D08D1-T2 FAS-12D08D2-T2
FAS-12D10D1-T2 FAS-12D10D2-T2
FBB-12D02N1-D3 FBB-12D02N2-D3
FBB-12D02P1-D3 FBB-12D02P2-D3
FBB-12D04N1-D3 FBB-12D04N2-D3
FBB-12D04P1-D3 FBB-12D04P2-D3
FBB-12D06N1-D3 FBB-12D06N2-D3
FBB-12D06P1-D3 FBB-12D06P2-D3
FBB-12D06N2-D3 FBB-12D06P1-D3
马赫Macher FBS-04X01N1-D3 工业打印机行业特用 FBS-04X01N1-D3现货，欢迎来电或在线咨询，我们竭诚为您服务！马赫Macher FBS-04X01N1-D3
