IHSM4825PJ5R6L

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Fixed inductors are electronic devices that use steel or ferrite core coils to produce a flux field. This flux field can either be used to store energy or act as an electrical inductor. The IHSM4825PJ5R6L is an example of a fixed inductor.

The IHSM4825PJ5R6L has a very wide range of applications. It is commonly used as a line filter, power line conditioning, and coil choke applications. It can also act as a power supply line breaker or a transient absorber. Furthermore, it can be used in noise filters, broad-band transformers, and radio applications. The easy-to-use release and mounting system makes it ideal for hardware prototyping.

The IHSM4825PJ5R6L is a copper-manganese, baked enamel shielded fixed inductor. It has an operating temperature range of -40 to +85 degrees Celsius and an insulation resistance of 100 M ohms. It also has a maximum DC current rating of 80mA. It is designed to offer a saturated core and high-cutoff frequency for the desired application.

The working principle of the IHSM4825PJ5R6L is based on the Faraday’s Law of Induction. When an electrical current passes through the fixed inductor, a magnetic field is created that opposes the change of the current. This property is known as inductance, and it is measured in Henrys. The higher the Henry rating, the more current the inductor can handle.

The IHSM4825PJ5R6L is further designed with a high permeability core that ensures a low DC resistance. This allows the inductor to pass more current without heating up. Moreover, the robust construction and high saturation limit guarantees high reliability and a long life. In addition to its data sheet rating, the IHSM4825PJ5R6L is also tested individually to ensure that it meets the strict quality standards of the industry.

Overall, the IHSM4825PJ5R6L is an efficient and reliable fixed inductor with a wide range of applications. It is designed with an easy-to-use release and mounting system to guarantee a long service life. The Faraday’s Law of Induction ensures that it can deliver a high-cutoff frequency for the desired application. Its robust construction and high permeability core ensures low DC resistance and a long life expectancy. And finally, its individual testing process guarantees that it meets the highest quality standards.

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