IM02EV2R2K

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Fixed inductors are electrical components that are used in electrical circuits to regulate current through a specific path. Their most common use is in power supplies and other devices operating off of DC electricity. Fixed inductors come in a variety of shapes and sizes, depending on the application and the frequency of the current they are designed to carry.

The IM02EV2R2K is a fixed inductor that is designed for use in power supplies, amplifiers, single supply DC to AC converters, and other DC or low frequency signals. The IM02EV2R2K inductor design is based on an innovative double layer winding technology that allows for optimal signal transfer between its windings and high inductance value. This inductor also offers a variety of mounting options, such as through-hole, single side and glue-in. It can handle a wide range of operating temperatures, with a maximum temperature operating range of -40° C to +85° C. The IM02EV2R2K is also designed to work with incredibly low DC resistance (DCR), which makes it suitable for applications involving low power consumption.

The working principle of the IM02EV2R2K fixed inductor is simple but effective. The two sets of windings are arranged in a way that minimizes eddy current losses, which reduces the power lost in the inductor itself. The design also allows for a high saturation point, which allows it to transfer more current. As the current passes through the windings, the magnetic field created by the current induces a tight coil of flux around the windings. This creates a counter electromagnetic field, effectively bouncing the current back and forth in a restricted area. This causes an increase in the inductive reactance of the inductor, limiting the amount of current that can pass through it.

The IM02EV2R2K fixed inductor is an excellent choice for high-frequency inductors, offering superior performance and flexibility than other inductive components. Its innovative double layer winding technology offers better signal transfer than conventional single layer winding with minimal power loss. Additionally, the compact design is well suited for tight spaces in electronic devices, making it ideal for a variety of applications.

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