ILSB1206ER3R9K

Fixed inductors refer to components that output preset inductance values. These components are usually designed to operate at steady-state conditions, and their primary job is to filter or couple signals. Increasingly, fixed inductors are also used for protection and energy storage. One such example is the ILSC1206ER3R9K fixed inductor, part of the ER series which is manufactured by TDK. It is an ultra-small, low-profile surface mount inductor with class leading Q characteristics.

The ILSC1206ER3R9K features a 3R9K inductance and low DC resistance. It is constructed using a multilayer ceramic body for high-frequency applications, low signal interference and excellent EMI suppression. This component has a wide range of application fields and is suitable for use with a wide range of operating conditions. It is also suitable to use with high current applications, and its multi-layer ceramic construction provides a high-power dissipation factor.

The ILSC1206ER3R9K is a high-performance, fixed inductor which is suitable for use in various applications. It is mainly used in high-end motor control, consumer products,computers, digital circuits, digital audio amplifiers, broadband communications, DC/DC converters, LED lighting etc. It is also suitable for use in other high frequency applications such as EMI/EMC and high frequency switching.

When it comes to its working principle, the ILSC1206ER3R9K utilizes the basic phenomenon of electromagnetic induction principle. It is designed to be able to store energy in the inductor’s magnetic field and subsequently use the stored energy to create a current. This current has a fixed value and will not change even when the applied voltage changes. This enables the component to be used as a power filter for high frequency signals.

The ILSC1206ER3R9K fixed inductor is a highly reliable component that offers high accuracy, low DC resistance and superior magnetic characteristics. It is an ideal choice for applications where high performance and high power utilization is required.