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Some design considerations on industrial applications of amorphous and nanocrystalline alloys

机译:非晶和纳米晶合金工业应用的一些设计考虑因素

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Based on electric and magnetic properties, like high saturation magnetization, high initial permeability, low core loss, high resistivity, low coercivity, zero or low magnetostriction, amorphous and nanocrystalline alloys have been used in some electromagnetic devices applications such as: common mode choke coils, pulse transformers, current transformers, impulse current transformers, transformers for switched-mode power supplies. In many industrial applications designers need magnetic core material with the ability to have good soft magnetic properties. Each of core type must be developed for a specific application, therefore they all have advantages and drawback; for instance, the proliferation of high-efficiency electrical power loads, and their concomitant sensitivity to disturbances, has imposed stringent requirements on the power supply quality. The following is an overview of the electromagnetic core design of some these devices.
机译:基于电磁性和磁性,如高饱和磁化强度,高初始渗透性,低芯损,高电阻率,低矫顽力,零或低磁致伸缩,无定形和纳米晶合金,诸如:共模扼流圈线圈,脉冲变压器,电流互感器,脉冲电流互感器,开关电源的变压器。在许多工业应用中,设计师需要具有良好软磁特性的磁芯材料。必须为特定应用开发核心类型,因此它们都具有优点和缺点;例如,高效电力负载的增殖及其对扰动的伴随敏感性,对电源质量的严格要求造成了严格的要求。以下是一些这些设备的电磁核心设计的概述。

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