SRP1265A-R36M Inductors, Coils, Chokes

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Fixed inductors are vital electronic components that are found in a wide range of applications, from printed circuit boards to antennas. While there are many different types of fixed inductors, SRP1265A-R36M have become increasingly popular thanks to their combination of features, including high power ratings and a compact size.

The SRP1265A-R36M fixed inductor is capable of handling currents up to 6A, and it is rated for frequencies up to 500 MHz. The inductor is made of a ferrite core and a ferro-magnetic coating to reduce losses and prevent damage caused by high temperatures. It can be used in a variety of circuits, including those of voltage regulators, controlling supplies, radios, and audio filters.

The SRP1265A-R36M fixed inductor is a great choice for a wide range of applications. Its characteristics make it ideal for power supply circuits, because its high current rating allows a large amount of current to flow through it without any issues. It can also be used in radio circuits, where its high power rating can help to reduce interference. Finally, its compact size makes it a great choice for audio filters, since it can help to reduce noise and distortion.

The working principle behind the SRP1265A-R36M fixed inductor is fairly simple. When current runs through the inductor, it creates an electromagnetic field around its core. This field is what allows the inductor to store energy, and as the current is increased, the field size will expand, allowing the inductor to store even more energy.

When the current is turned off, the field collapses, releasing the stored energy back into the circuit. This process of current running through the inductor to create a field, and then that field collapsing to release energy back into the circuit, is what is known as inductance.

In summary, the SRP1265A-R36M fixed inductor is an ideal choice for a wide variety of applications. Thanks to its high current rating and compact size, it is perfect for circuits such as those of voltage regulators, controlling supplies, radios, and audio filters. Its working principle is based on the idea of inductance, where it uses a magnetic field to store energy, and then releases it back into the circuit once the current is turned off.

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