CLS4D28NP-5R2NC

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Fixed inductors, also known as "choke coils" or "buzz coils", are electronic components that stores energy in the form of a magnetic field. The CLS4D28NP-5R2NC is a high-performance, low-cost inductor targeting power supplies and other high-performance power electronic applications. It is designed with a nanometer-scale winding structure that allows it to achieve very high inductance values without taking up too much space.

The CLS4D28NP-5R2NC fixed inductor is designed with an enhanced winding structure and utilizes a thin core for achieving high inductance levels while ensuring a low DC resistance. The structure of the inductor also ensures a very high inductance-to-volume ratio, and thus makes it suitable for a wide range of applications. The inductor also features an operating temperature range of -40°C to +125°C and is available in a range of packages.

The CLS4D28NP-5R2NC fixed inductor is widely used in power electronic applications, such as compact fluorescent lamps, laptop adapters, and power supplies. It is specifically designed to handle large currents, and can be used to minimize power consumption as well as reduce the size of the circuit. Furthermore, the inductor is designed to reduce EMI/RFI generation, which makes it suitable for use in high-sensitivity electronic equipment.

The working principle of the CLS4D28NP-5R2NC fixed inductor is based on Faraday’s law of induction, which states that a change in the magnetic flux through a circuit will induce an electromotive force within the circuit. This induced EMF counteracts the change in flux, thus generating a current and storing energy. The coil is wound in such a way that when a current is supplied, it generates a magnetic field and the electromagnetic inductance of the coil increases. When the current is removed, the electromotive force in the inductor reverses the current and the magnetic field collapses.

In conclusion, the CLS4D28NP-5R2NC fixed inductor is a high-performance, low-cost inductor that is widely used in power electronic applications. It is designed with a nanometer-scale winding structure that allows it to achieve very high inductance values without taking up too much space. Furthermore, its working principle is based on Faraday\'s law of induction, and it is designed to reduce EMI/RFI generation.

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