IR02EBR82K

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Fixed inductors are an important component in the field of electronics and electric motors. The IR02EBR82K is a fixed inductor that is used in various applications and is also known as a radial-style inductor. It has a size of 18.5mm x 6.7mm x 3.8mm and is primarily used for power applications in automobiles, AC mains power supplies, and other locations where stability and high efficiency is required. This fixed inductor is ideal for applications such as buck converters, switching regulators, swivel motors, DC-DC converters, and flyback converters.

The IR02EBR82K has a peak working voltage of up to 30V, can handle up to 26A of current, and has a maximum self-resonance frequency of up to 40MHz. It uses a shielded ferrite core for maximum efficiency and a copper-plated steel case for increased durability. The inductor also has a low-enthalpy wind to minimize thermal losses in order to maximize the operational lifespan of the component.

The primary working principle of the IR02EBR82K is based on Faraday’s law of electromagnetic induction. This law states that the amount of induced current in an inductor is directly proportional to the rate of change of the magnetic field passing through the inductor. This relation is used to create an inductor that can produce and store energy. This energy is then released when the current in the inductor reverses direction. The rate of this energy release depends on the design of the inductor, such as its size and shape. The IR02EBR82K is designed to be very efficient in releasing its stored energy and therefore is ideal for use in power applications requiring high efficiency and stability.

In addition to its use in power applications, the IR02EBR82K can also be used in communication and signal processing applications. It can be used to filter and condition signals as well as to provide inductive damping, which can reduce or eliminate ringing in signals. This makes it ideal for applications such as high-frequency amplifier circuits, data recovery systems, frequency modulation, and high-precision rectifiers.

Overall, the IR02EBR82K is an excellent choice for both power and signal processing applications. Its efficiency, stability, and durability make it an ideal option for a variety of applications. It is designed for use in a variety of environments and can withstand extreme temperatures, stress, and voltage fluctuations. With its robust design and high performance, the IR02EBR82K is an ideal choice for a wide variety of applications.

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