MKP385243100JCI2B0

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Film capacitors, also known as polyester capacitors, are essential components in electronic circuits, and therefore have a wide range of applications. The MKP385243100JCI2B0 is a film capacitor produced by the well-known manufacturer KEMET. In this article, we will discuss the application field and working principle of the MKP385243100JCI2B0.

The MKP385243100JCI2B0 is a class X2 film capacitor, which means that it is designed for applications in which catastrophic failure may be expected in the event of an electrical surge. It features a polyester/polypropylene dielectric material with ceramic disc construction and leads suitable for through-hole mounting. The design of the MKP385243100JCI2B0 allows for a wide operating temperature range and a high self-resonant frequency, making it suitable for high-speed digital and logic applications. In addition, its dissipation factor is very low, meaning it is capable of handling high frequency signals without significant energy losses.

The primary application field of the MKP385243100JCI2B0 is in the field of automotive electronics. Its low dissipation factor and high self-resonant frequency make it ideally suited for engine control systems, fuel injection systems, and other automotive circuitry. In addition, the MKP385243100JCI2B0 is also used in a variety of medical and home audio-visual systems.

The working principle of the MKP385243100JCI2B0 is based on the fact that when a voltage is applied to two conductors separated by a dielectric material, an electrical field is created between them. This electrical field exerts a force on the dielectric material, causing it to become polarized. The dielectric material then stores electrical charge, creating a capacitor. In the case of the MKP385243100JCI2B0, the dielectric material is a polyester/polypropylene dielectric film.

In conclusion, the MKP385243100JCI2B0 is a class X2 film capacitor that is primarily used in automotive electronics. It features a low characteristic impedance, a wide temperature range, and a high self-resonant frequency, which makes it well suited for high-speed digital and logic applications. Its working principle is based on the fact that when a voltage is applied to two conductors separated by a dielectric material, an electrical field is created between them, which stores electrical charge.

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