纳米晶共模电感
Nanocrystalline comode inductor
纳米晶共模电感是一种高性能的电磁元件，它采用了纳米晶磁芯作为其核心材料。以下是关于
纳米晶共模电感的详细介绍:
Nanocrystalline comode inductor is a high-performance electromagnetic element, which uses the nanocrystalline
magnetic core as its core material. The following is a detailed introduction of the nanocrystalline co-mode inductance:
1.核心材料 Core material
纳米晶磁芯是纳米晶共模电感的关键部分，它是现代的软磁材料之一。与传统的铁氧体磁
芯相比，纳米晶磁芯具有更高的导磁率、更宽的频率特性和更好的热稳定性。
Nanocrystalline magnetic core is a key part of nanocrystalline co-mode inductance, and it is one of the modern
advanced soft magnetic materials. Compared with conventional ferite cores, nanocrystalline cores have higher magnetic
conductivity and wider frequency characteristics and better thermal stability.
2.性能特点 Performance features
高导磁率：纳米晶磁芯的导磁率远高于传统材料，使得共模电感具有更高的效率和性能。
High magnetic conductivity: the magnetic conductivity of nanocrystalline magnetic core is much higher than that
of traditional materials, which makes the common mode inductance have higher efficiency and performance.
宽频率特性：纳米晶磁芯的频率特性宽，适用于各种高频和宽频应用场景。
Wide frequency characteristics:The frequency characteristics of the nanocrystalline magnetic core are wide, which is
suitable for various high-frequency and broadband application scenarios.
热稳定性：纳米晶磁芯的居里温度高达560℃，远高于传统铁氧体磁芯的200℃，能够在高温环境下稳定工作。
Thermal stability: The Curie temperature of the nanocrystalline magnetic core is as high as 560℃, much higher
than the 200℃ of the traditional ferrite magnetic core, which can work stably in high temperature environment.
滤波效果好：纳米晶共模电感具有优异的滤波性能，能够有效地抑制共模噪声，提高信号质量。
Good filtering effect: the nanocrystalline common mode inductor has excellent filtering performance, which can
effectively suppress the common mode noise and improve the signal quality.
3.应用场景 Application scenarios
EMC 滤波器：纳米晶共模电感广泛应用于EMC滤波器中，用于抑制电磁干扰，保护电子设备的正常运行。
EMC filter: Nanocrystalline co-mode inductor is widely used in EMC filter to suppress electromagnetic
interference and protect the normal operation of electronic equipment.
无线充电：在无线充电系统中，纳米晶共模电感能够有效地抑制射频信号、非屏蔽电子、逆变器和
电机产生的噪音辐射，提高充电效率和安全性。
Wireless charging: In the wireless charging system, the nanocrystalline common mode inductor can effectively
suppress the noise radiation generated by radio frequency signals, non-shielded electronics, inverter and motors, and
improve the charging efficiency and safety.
电动汽车：电动汽车的电池需要高压直流电源充电，纳米晶共模电感在车载充电器中起到关键
作用，确保电池的安全和高效充电。
Electric vehicles: Batteries of electric vehicles need to be charged by HVDC DC power supply, and nanocrystalline
co-mode inductors play a key role in on-board chargers to ensure safe and efficient charging of the batteries.
电机驱动器：三相纳米晶共模电感在电机驱动器中用于限制接地电流、轴电压和电磁干扰，提
高电机的性能和稳定性。
Motor driver: the three-phase nanocrystalline common mode inductor is used in the motor driver to limit the
grounding current, shaft voltage and electromagnetic interference, and improve the performance and stability of the motor.
产品特点
Product characteristics
◇高初始导磁率 ◇卓越的温度稳定性
High initial magnetic conductivity Excellent temperature stability
◇高饱和磁感应强度 ◇灵活的频率特性
High saturation magnetic induction Flexible frequency characteristics
