IHM2EB1R8K

Fixed inductors are used in many electrical and electronic circuits for the purpose of storing energy in the form of an electric field. IHM2EB1R8K is a fixed inductor whose operation is based on an ingenious use of magnetic core material. By varying the shape and size of the core material, the inductance of the device can be precisely controlled, allowing the user to easily adjust the power output of the device.

The IHM2EB1R8K is a wound structure fixed inductor that typically consists of two coils wound in opposite directions. The core material of IHM2EB1R8K is generally made of an iron material such as ferrite or permalloy, with the core shape chosen to best meet the desired area-per-turn product requirement. The use of a core material provides better performance than air-core inductors as it can provide greater inductance and higher q-factor by increasing the number of turns and/or the size of the core.

The size and shape of the core material determines the inductance of the device, allowing the user to easily adjust the inductance in a range varying between 0 and 100 mH. As the inductance of the device increases, the current drawn increases accordingly, up to a saturation point. At the saturation point, the current is clamped regardless of the inductance, allowing the user to set the current draw to the required level.

The IHM2EB1R8K inductor is typically used in applications such as DC/DC converters, sine wave inverters, UPS systems, electromechanical inverters, switching power supply, motor control, and HVDC systems. In these types of applications, the device is used to convert DC power into AC power, transferring power between phases in a three-phase system, or providing a reactive load for power factor correcting.

The IHM2EB1R8K fixed inductor is an invaluable component in the world of power electronics, and is one of the most popular choices for engineers due to its reliable performance and ability to precisely adjust inductance for application specific purposes. It is a cost-effective and easy to use inductor that simplifies the design of power electronics products, allowing engineers to reduce the time and cost needed for development.