LEM2520T68NK

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Fixed Inductors provide an effective means for storing and moving electric energy in electrical / electronic circuits. They are the most common type of inductor used in electronic applications. LEM2520T68NK is a type of fixed inductor with many useful characteristics, which makes it ideal for specific types of applications.

The component has a variety of design features that make it unique, including high-temperature resistant winding, high self-resonant frequency, wide range of inductance values, low D.C. resistance, low-loss core, and superior mechanical stability. It can be used in variety of electronic devices, ranging from consumer electronics to polar coordinates robot arms.

LEM2520T68NK\'s application field is mainly in the field of power supplies. It can stabilize the voltage and current in power supplies and protect them from interference. Additionally, it can be used as an active filter and noise isolation. It is also an important part of gimbal motors, antenna tracking motors, speed regulating mechanisms, and other motion control applications.

The working principle of LEM2520T68NK is based on the fact that when an electric current passes through an inductor, a magnetic field is generated in the inductor. This magnetic field, in turn, induces an opposing voltage in the inductor, which results in a decrease in the current. This effect is used to limit the amount of current passing through the inductor.

The component also utilizes the self-induction of inductors. Self-induction is a phenomenon that occurs when an inductor has a varying current flow. This leads to a change in the magnetic field of the inductor, which, in turn, induces an opposing electric field. This electric field opposes the changing current flow, resulting in a dampening effect.

Another important aspect of the inductor is its core. The core material of an inductor is usually either ferrite or iron-core, each with their own advantages and disadvantages. The core material chosen affects the inductor’s inductance, turn ratio, temperature stability, and other properties.

Finally, LEM2520T68NK is also designed with a variety of safety features. These features include, but are not limited to, overcurrent protection, transient suppression, electromagnetic interference (EMI) protection, and reverse-current protection.

In conclusion, LEM2520T68NK is a type of fixed inductor that is especially suited for power supply applications. It utilizes self-induction, has a high-temperature resistant winding, a high self-resonant frequency, a wide range of inductance values, a low D.C. resistance, and a variety of safety features.

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