BRL2518T3R3M

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Fixed Inductors are used in many applications and each have their respective advantages and uses. The BRL2518T3R3M is one type of Fixed Inductor and is used in a wide variety of applications. The following sections provide information about the applications, working principles and features of the BRL2518T3R3M.

Applications

The BRL2518T3R3M is primarily used in applications where space is at a premium and high-frequency, high-power signals need to be generated. Examples of applications may include switching power supplies, automation, LED lighting, motor controllers, turbines, inverters, and other industrial, medical, and consumer products. As it is designed to suit high frequency operation, it is suitable for applications such as antennas and wireless communication equipment, short-circuit protection, and high-speed signal transmission.

The inductance values for the BRL2518T3R3M range from 10 μH to 10 mH, with a tolerance of up to ±20%. This makes the device suitable for a range of different applications, depending on its presence and the application’s specific requirements.

Working Principle

An inductor is an electronic component used to store energy and create a magnetic field. The basic principle of working is Faraday’s law of induction, where a change in the flux linkages to the inductor will cause the induced voltage across the inductor. This means that when a current flows through the inductor, a magnetic field is created, resulting in the flux linkage that induces the voltage. The magnitude of the voltage depends upon the inductance of the coil, the rate of change of current and the number of turns on the coil.

The BRL2518T3R3M device is a high performance inductor and works on the basic principle of an inductor. It is designed for high-frequency operation and has a high Q value, meaning that it can store energy in the form of the magnetic field for longer periods of time. This enables it to generate higher frequencies and therefore higher power signals.

Features

The BRL2518T3R3M has several features which make it suitable for its intended applications. Firstly, it is designed to dissipate heat quickly, meaning that the temperature of the device will remain low even during periods of high frequencies. This is due to its magnet-based design which has a ferrite core surrounded by a copper wire and a magnetic tape. This increases its thermal conductivity and allows for higher power output.

The device also has the ability to operate at frequencies up to 5GHz and thus is suitable for use in antenna and wireless communication equipment. Furthermore, it boasts a high saturation current and low DCR, meaning that it can handle high power signals with ease.

The BRL2518T3R3M has a wide range of inductance, up to 10 mH, and has an excellent ±20% tolerance. This allows it to be used in applications that require different values of inductance.

Overall, the BRL2518T3R3M is an excellent choice for applications that require high frequencies, high power, and small form factor. Its range of features and excellent suitability for a variety of applications makes it a popular choice for many industries.

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