46473C Inductors, Coils, Chokes

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Fixed inductors have been around for years. A typical example is the 46473C. It was designed to be one of the most popular components, and it is found inside many electronic projects and products. In this article, we will take a look at the 46473C, its application field, and will explain the working principle behind it.

General Information

The 46473C is a type of fixed inductor. It has three pins, and it is rated to be able to handle up to 2.2Amps and is usually sold in a TO-92 package.

This particular inductor is an ideal choice when it comes to general purpose projects or applications, that require reliable performance and high input/output noise immunity. It can also be used in power lines in order to filter out noise or protect sensitive electronics.

Application Fields

The 46473C inductor is most commonly used in DC-DC converter systems. In these systems, the inductor behaves as a kind of energy storage, that is used to provide energy during times when the main power source is unable to do so. This allows for a more efficient system and optimizes energy consumption.

This inductor is also commonly used in power saving devices and high-efficiency switching power supplies. It has a low losses compared to other inductors, making it an ideal choice for those applications.

Finally, this inductor type is also used in multiple other applications, such as integrated circuits, communication systems, power lines, and even in home appliances.

Working Principle

The working principle behind the 46473C inductor is based on the principle of electromagnetic induction. This is actually the same principle behind many electrical components. In this case, the inductor will induce an electric current in the conductor when a small external voltage is applied.

The inductor works by generating a magnetic field, that wraps around the inductor coil. When a voltage is applied, it will cause the electrons in the conductor to move, thus generating an electric current.

The generated electric field is proportional to the amount of open area that it passes through. Therefore, the more open area, the higher the electric current that will be produced.

Moreover, the 46473C inductor has a quite high inductance, which helps generate higher electrical currents. This makes the 46473C a great choice for applications where more power is required.

Conclusion

In conclusion, the 46473C inductor is one of the most popular components used for general purpose projects and applications. It can handle up to 2.2Amps and it can be used for multiple applications, including DC-DC converters, power saving devices, switching power supplies, and even communication systems.

It works by using the principle of electromagnetic induction, generating an electrical field that is proportional to the open area that it passes through. This makes it a great choice for those applications that require high power outputs.

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