IM02SH180K

Introduction to Fixed Inductors

Fixed inductors are electronic components that store energy in an electromagnetic field. They are used in a wide variety of applications, including AC and DC power supplies, automotive and aircraft applications, and telecommunications systems. Fixed inductors typically consist of a magnetic core material (the inductor itself) and a coil or wire wrapped around it. When current flows through the coil, a magnetic field builds up around the inductor, causing it to store energy.

IM02SH180K Application Field and Working Principle

The IM02SH180K is an axial-field fixed inductor designed for use in applications such as DC-to-DC converters, SMPS, RF circuits, and switching regulators. The IM02SH180K has a wire wound construction with its core material made up of ferrite. The inductance value ranges from 10µH to 1000µH and is rated up to 2W power. It has a high DC current rating and low DCR along with good inductance stability over temperature.

In operation, when electrical current passes through the IM02SH180K, an electromagnetic field is generated which stores energy. This stored energy can then be released or discharged back into the circuit. The stored energy is proportional to the inductance of the component, thus larger inductors will store more energy. As the electrical current passes through an inductor, the magnetic field and thus the inductance will change, causing the energy stored and released to vary. This variation is known as inductive reactance and is the basis for virtually all inductive applications.

In addition, the IM02SH180K is designed to be heat and vibration resistant. It also features low ESR (equivalent series resistance) which helps to reduce losses in power delivery and switching applications. In applications such as RF and power supplies, the IM02SH180K is optimized to reduce AC losses and high-frequency ripples.

Conclusion

The IM02SH180K is a fixed inductor designed for numerous electronic applications. It features wire wound construction with a core material of ferrite, and has an inductance value which ranges from 10µH to 1000µH. The IM02SH180K has a high DC current rating, a low DCR, and good inductance stability over temperature. It is also designed to be heat and vibration resistant with low ESR, making it suitable for RF and power supply applications.