SRP4012-R56M Inductors, Coils, Chokes

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Fixed inductors are electrical components designed to store energy in the form of a magnetic field. The SRP4012-R56M specifically is a high current, low inductance, and high frequency power inductor of through-hole mounting. It also features an operating temperature range of -25°C to 135°C. It has very low loss and a current rating of up to 16.4Amps (2Rows). The inductance range is 0.01µH – 540µH.

The SRP4012-R56M inductor is primarily used in automotive, consumer and DC-DC converter applications. These applications require efficient energy storage and dissipates devices to ensure a stable operation of the system. This inductor is ideal for this type of application since it has a very low DC resistance and is highly stable, meaning it can store and dissipate energy for a longer period of time. In addition, the low DC resistance also allows for a larger amount of energy to be stored and dissipated.

The SRP4012-R56M inductor works by creating an electromagnetic field which induces an electric field. This electric field is formed by the magnets that are present in the inductor and it exerts a force on charged particles such as electrons. This force causes the particles to move in a circular pattern, producing an electric current in the conductor. The more the magnetic field strength, the higher the induced electric field and the stronger the force that is exerted on the charged particles, resulting in a stronger electric current.

In addition, the SRP4012-R56M inductor also features a low temperature rise. This feature is especially helpful in applications that require high performance and low temperature rise such as automotive and consumer applications. The low temperature rise also allows for a more reliable operation in extreme environment conditions.

The SRP4012-R56M inductor is a highly reliable device that can be used in many applications. It has many benefits such as a low resistance, low temperature rise, high current, and high frequency capabilities. It is also highly stable, allowing energy to be stored and dissipated over a long period of time.

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