IM02EV100K

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Fixed inductors are electrical devices used in alternating current (AC) and direct current (DC) circuits for purposes such as signal transmission, circuit analysis, radio frequency conversion, and power supply filtering. The IM02EV100K is a self-contained, fixed-structure inductor designed for these specific purposes.

Application Field

The IM02EV100K is designed for applications in the high-frequency range, such as wireless transmission, RF signal transmission, RADAR, communication antennas, base station antennas, medical devices, and other electronic equipment. It has a high-resolution power measuring device, thereby reducing the uncertainty of power transmission during wireless transmission. It can also serve as a shield for ultra-low-frequency and high-frequency signals.

Working Principle

The IM02EV100K is a fixed inductor consisting of two windings (primary and secondary) and a high-frequency core. The primary winding is used to supply electrical power and the secondary winding to receive electrical power. When the power supply is connected to the primary winding, an alternating current is created. This alternating current induces an electromotive force in the secondary winding that produces an electrical current. This current is stored in the core as a magnetic field, which amplifies the intensity of the electromagnetic force, thus increasing the power output of the inductor.

The IM02EV100K has a unique design featuring two layers of microcrystalline stainless steel to isolate the two windings from each other. This helps to protect the electrical circuit from the potential damage of short-circuit currents, which may otherwise occur due to poor insulation. Additionally, the inductor’s core is designed to absorb any excess vibration, noise, and heat.

The IM02EV100K is a highly efficient fixed inductor, with a power conversion efficiency of up to 95%. With a wide operating voltage range of 4V to 12V, this inductor is perfectly suited for many applications in the field of wireless communication.

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