IHHP1008ABER100M01 Inductors, Coils, Chokes

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Fixed inductors refer to electronic components that can increase, reduce, or maintain the magnitude of an alternating electromagnetic wave signal. Commonly used in various electronic products for filtering, tuning, bypassing, matching, impedance conversion, etc. Their types, shapes, and sizes vary, and the model types are also very complicated. One of the commonly used inductors is the IHHP1008ABER100M01.

The IHHP1008ABER100M01 is a type of fixed inductor with a maximum current of 1.0A, a maximum DC resistance of 0.41 ohms, an inductance of 100uH, and a maximum working temperature of 125℃. It is made of ferrite core, and its application field is generally used in high-frequency switching power supplies, consumer electronics, industrial control, telecommunications, automotive and other fields. Because its inner and outer cladding materials are UL94V-0 flame retardant materials, IHHP1008ABER100M01 can be used in harsh environment and the working life is very long.

The working principle of IHHP1008ABER100M01 fixed inductor lies in the effects of ‘voltage-versus-current’ characteristics. When it works, it will produce a self-induced electromotive force, also known as voltage, according to Faraday’s law of electromagnetic induction. This kind of self-induced electromotive force causes a current to flow in the opposite direction of the external power supply. The magnitude of the current is determined by the ‘voltage-versus-current’ characteristics of the inductor and its not affected by external parameters. This is how an electronic inductor works to reduce, increase, or maintain the magnitude of an alternating electromagnetic wave signal.

In conclusion, the IHHP1008ABER100M01 fixed inductor is a commonly used electronic component in many applications such as switching power supplies, consumer electronics, industrial control, telecommunications, automotive and so on, due to its characteristics of high operating frequency, high current, low DC resistance, low energy consumption and long working life. Its working process is based on the effect of ‘voltage-versus-current’ characteristics.

The specific data is subject to PDF, and the above content is for reference