ELJ-SC560KF Inductors, Coils, Chokes

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Inductor is important component in electric electronic circuits, it have numerous kinds in market, the power version of inductor specially developed for high power application like ELJ-SC560KF is a device with some special characteristics. It is a fixed inductor with PCB characteristics and temperature coefficient

Introduction of ELJ-SC560KF

The ELJ-SC560KF, from Panasonic, is a Ni-Zn ferrite core type, surface mount Power Inductor. It is a fixed type of inductor with a rated power of 20 watt and an inductance range of 0.1 - 330 µH, designed for DC/DC converters. It includes an encapsulated ferrite core and a high temperature resin and has excellent characteristics, like a wide operating temperature range.

Application Field for ELJ-SC560KF

The ELJ-SC560KF is specifically designed for higher current applications and has a wide operating temperature range. Its applications include high power DC/DC converters, charge/discharge in industrial equipment, power supplies, motor drives, audio/visual equipment,on-board (and off-board) devices, Li-ion Battery, Communication device and other high power applications. This power inductor effectively reduces noise, high frequencies and can withstand higher currents. It is suitable for automotive, consumer electronics and industrial applications.

Working Principle of ELJ-SC560KF

Inductors, including the ELJ-SC560KF, are devices that rely on magnetic fields to create an electric current. Inductors are made up of a conductive wire wound around a core, usually a ferrite core in the case of the ELJ-SC560KF, which creates an electromagnetic field when a current passes through it. This electromagnetic field interacts with the metal cores to create a resistance to the flow of the current, called inductance. This induced resistance can help reduce interference in a circuit as well as increase the amount of energy stored in the circuit.

As current moves through the inductor the core of the inductor stores energy in the form of an electromagnetic field, this electromagnetic field does not dissipate but remains stored within the inductor until required for use. When the current is stopped the energy stored within the electromagnetic field is released and converts into a current. Consequently, inductors are used to help buffer voltage changes as any variation in the applied input voltage will bring about a milder proportional change to the regulated output voltage.

Conclusion

In conclusion, the ELJ-SC560KF is a fixed type of inductor, specifically designed for higher current applications. It is suitable for most applications such as automotive, consumer electronics and industrial applications. It possesses a wide operating temperature range allowing it to be effectively used in high power DC/DC converters, charge/discharge in industrial equipment, power supplies, motor drives, audio/visual equipment and other high power applications. The ELJ-SC560KF also offers excellent characteristics such as noise resistance and can effectively reduce high frequencies. This makes the ELJ-SC560KF an excellent solution for any high power application.

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