LEM2520TR82J

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Fixed inductors are a type of electrical component, commonly used for applications such as filtering, shaping, tuning, and regulating. The LEM2520TR82J is a fixed inductor that is commonly used in applications such as power supplies, audio systems, telecommunications, and battery charging. It is an advanced inductor featuring a wrap-around technology for reduced voltage saturation and higher DC current ratings. It is also able to provide higher current density and has low DC resistance due to its integrated high permeability core. In this article, we will explain the application field and working principle of the LEM2520TR82J.

The LEM2520TR82J is an ideal choice for a number of applications. It can be used in power supplies as it offers both reduced voltage saturation as well as higher DC current ratings compared to traditional fixed inductors. Additionally, it is suitable for audio systems as it has the ability to provide higher current density. It can also be used for telecommunications, as it has low DC resistance and can thus reduce signal loss. Finally, it can be used for battery charging as it offers a high saturation current rating. In summary, the LEM2520TR82J can be used for all types of electronic applications where a high saturation current and low DC resistance are required.

The working principle behind the LEM2520TR82J is relatively simple. It works by creating an inductive field when a current passes through it. This inductive field is then used to induce a voltage into the device being powered, thus stabilizing the voltage and providing a steady current flow. The use of the high permeability core in conjunction with the wrap-around technology helps to reduce voltage saturation and increase the DC current ratings. This ensures that the device is able to work safely and efficiently in any application.

In conclusion, the LEM2520TR82J is an advanced fixed inductor which is ideal for a number of applications. It offers reduced voltage saturation as well as higher DC current ratings compared to traditional inductors. Additionally, it features a high permeability core and wrap-around technology, which help to reduce saturation current and decrease DC resistance. Finally, its working principle is based on generating an inductive field when current passes through it, which is then induced into the device being powered, thus providing a steady current flow.

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