36332C

Fixed inductors have a wide range of applications in various electronic circuits. Among these inductors, 36332C is among the most widely used components. They are almost universally used in power converter designs, such as switched-mode power supplies, voltage regulator and boost regulators.

Most designs use 36332C in parallel with the capacitor, and the resulting inductor-capacitor configuration helps to filter out high-frequency noise. 36332C inductors also have applications in the fields of pulse transformers, telecommunication, and many other high-frequency circuits.

36332C inductors can be used in various applications because they offer better performance than the conventional inductor, with the same size. These inductors have a higher inductance tolerance and can operate at higher frequencies and higher voltage outputs, which could not be reached with conventional inductors.

The working principle of 36332C inductors is based on Faraday’s law of induction. This law states that an electric current flowing through a conductor creates a magnetic field. The magnetic field generated by an electric current induces an electromotive force in a nearby conductor, causing the current to be carried in the opposite direction.

The Faraday’s law of induction forms the basis of the working principle of 36332C inductors. In this type of inductor, the changing current in the coil causes a magnetic field to be generated which then induces an electric current in the surrounding conductor. The current is then stored in the inductor, and can be released in the future when the current returns to its initial level.

This stored energy can be used as an output power source in many electrical circuits, due to the nature of the electric current it produces. It is also possible to use the Faraday’s law of induction to create different inductor values, by changing the frequency of the electric current in the coil, or by changing the number of turns in the coil.

Thus, the 36332C inductors have a range of applications in various electronic circuits. From power converters to pulse transformers, these inductors are designed to provide the best performance with the available component size. With their high tolerance and higher frequency capacity, 36332C inductors are a popular choice in many applications.