非晶C型磁芯

非晶C型磁芯具有高磁感应强度Bs,低铁损,方便安装,易于绕线。适用于音频变压器,光伏逆变器滤波电感,中频变压器,大功率输出滤波器,变频空调PFC电感等场合。
高性能非晶、纳米晶磁芯解决方案 – 珠海市兴磁科技有限公司
我们的主要产品为纳米晶磁芯,非晶C型磁芯,高频变压器用纳米晶磁芯,广泛应用于EMC/EMI共模电感滤波器,高频变压器,逆变焊机,风力发电,太阳能光伏逆变器,变频器等领域。 我们的产品经过100%测试合格后才会出货。
非晶C型磁芯具有高磁感应强度Bs,低铁损,方便安装,易于绕线。适用于音频变压器,光伏逆变器滤波电感,中频变压器,大功率输出滤波器,变频空调PFC电感等场合。
纳米晶磁芯具有极高的导磁率,频率特性宽,直到30MHz高频仍有高导磁率。非常适用于EMC滤波器,共模电感,以抑制共模噪声。相对于传统软磁材料,比如铁氧体磁芯,纳米晶磁芯优势明显,高电感量,滤波效果好,体积小,铜线匝数少。
Nanocrystalline C core is available now. Upgrade product of amorphous c core, with high saturation flux density, low coercivity, low core loss, very low noise, higher frequency up to 20KHz, suitable for main power transformer, output inductor, boost PFC choke coil. Can replace ferrite core. Dimensions can be custom-made.
纳米晶磁片具有极高的导磁性能。主要用于手机无线充电接收端,屏蔽电磁对手机的干扰,减少能量的损失,提高充电效率。也可以用于其它无线充电领域,比如汽车无线充电器。纳米晶磁片最薄厚度可以达到0.1mm,也可以增加厚度以获得更高的性能,可以根据客户需求订做各种尺寸及形状。
纳米晶变压器磁芯具有高导磁率,高饱和磁感应强度,低损耗等特点,适用于高频变压器,如逆变焊机,电镀电源,光伏逆变器,高压除尘电源等领域。兴磁科技通过横向磁场热处理的低剩磁变压器用纳米晶磁芯产品具有高稳定性,得到了广大客户的认可与好评。
环氧涂层纳米晶磁芯相对装盒的磁芯来说,体积更小,需要更少的铜线,低铜损,减少成本,节能以及节省空间。适用于微型滤波器共模电感,ISDN网络变压器,网络滤波器,EMC滤波器,IGBT/Mosfet驱动变压器,高清摄像头信号传输变压器/滤波器。
椭圆型的纳米晶磁芯主要用于共模滤波电感,方便直接穿过母线。主要用于变频器与电机之间,滤除高频噪声,以保护变频器及电机轴承,在新能源电动汽车动力总成,充电站中得到广泛的应用。
We custom-make nanocrystalline block cores. We can make the blocks according to your drawings, nanocrystalline block is made of 25 micro meter thickness nanocrystalline ribbon, and nanocrystalline blocks feature low core loss, high permeability, suitable for high frequency transformers, inductors, sensors, wind-power generators.
Amorphous Block core is stacked by 0.025mm amorphous ribbon, and is designed for high power usage, easy to install, easy to winding copper wire.High saturation flux density, low core loss. Suitable for solar inverter filter, medium frequency transformer, output inductor, PFC coke. Size can be made according to customer’s drawing.
Amorphous and nanocrystalline gap core, suitalbe for large current output inductor, PFC choke, differential mode choke, hall-effect sensor concentrator with advantages of high saturation flux density, low core loss. Low cost to replace High Flux core.