IMS5SWDBH1R5J65

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Fixed inductors are components used for inducing electric current or other electrons to a medium. IMS5SWDBH1R5J65 is one such component with an application field and working principle.

IMS5SWDBH1R5J65 is a type of fixed inductor with a small size and high frequency used in high frequency switching applications. It is constructed with 2 wires, shielded by a round, ceramic clad aluminum, and offers a wide range of inductance values from 3.5uH to 5.5uH. The operating temperature range is from -25°C to +85°C.

The application field of the IMS5SWDBH1R5J65 fixed inductor can be seen in power supplies, where the efficiency is gained from the high frequency switching rate inherent in its design. This is mainly used in the automotive and industrial industries. The automotive industry utilizes this part for radio frequencies and EMI suppression. The industrial industry introduces it in the form of smart meters, inverters, motor drives, and other high frequency switching applications.

The working principle of the IMS5SWDBH1R5J65 fixed inductor is based on paramagnetic materials, such as ferrites, where current is induced in the core of the inductor. When passing a current through wire 1, a field is created around the inductor. This field induces a voltage in wire 2, creating an opposing current which is opposite to the current in wire 1. This phenomenon is known as the "back emf," and it is the basis for the working principle of the IMS5SWDBH1R5J65 fixed inductor.

The IMS5SWDBH1R5J65 fixed inductor features a wide operating temperature range, high frequency switching rate and small size to fit into many applications that need its power. Furthermore, it is based on the paramagnetic materials, ferrites, which give it its working principle and the ability to induce current in the core of the inductor. This helps the inductor to work with power supplies with high efficiency and suppress radio frequencies and EMI efficiently. All of these factors make the IMS5SWDBH1R5J65 fixed inductor an ideal choice for use in automotive and industrial applications.

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