Fixed Inductors

Fixed Inductors, as the name suggests, have a fixed value of inductance. They are used in electronic circuits to filter the passing current, reduce noises and select the basis frequency. The P160R-392FS is one of the most popular fixed inductors today.

Application Field

The P160R-392FS is mainly used for common mode and differential mode interference suppression in power systems. It is also designed especially for high temperature automotive, industrial and consumer application. With good high frequency performance, it is also suitable for electromagnetic fields and other applications.

Working Principle

The principle of operation of this type of inductor is based on its construction. It consists of an inner core surrounded by a very thin insulating sleeve. The insulating sleeve insulates the wire and the loop which makes up the inductor, forming what\'s known as a "closed loop". When a current flows through the core, a magnetic field is generated in proportion to the amount of current flowing. This magnetic field causes the induced voltage to rise as the current does. This increased voltage can be used in various ways in the circuit.

The P160R-392FS is a fixed inductor and its inductance value doesn\'t vary with changes in current, unlike other types of inductors such as variable inductors. This type of inductor can also be used in various filtering circuits, where the amount of current that passes through the inductor needs to be limited to below a certain level. The P160R-392FS can be used for interference suppression as its high temperature capability makes it well suited for this purpose.

Conclusion

The P160R-392FS fixed inductor is widely used in power systems and other applications such as high temperature automotive, industrial, and consumer applications. It is ideal for noise filtering in electronic circuits and for electromagnetic field applications. The inductance value of this type of inductor does not vary with changes in current, making it an ideal choice for interference suppression.