MKP1847H52048JP2

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Film capacitors, also known as film dielectric capacitors, are a type of capacitor that uses an electrolyte as its capacitance medium. They are usually made with two plates of metal, which are separated by a thin layer of plastic film. Generally, these capacitors are constructed in two ways, either with a single layer of polypropylene or three layers of plastic, each of which is coated with a metal conductor. The electrolyte medium provides a dielectric field, which allows charge to be stored between the two plates.

MKP1847H52048JP2 is one model of film capacitors suitable for different types of applications. This model is an axial leaded capacitor that has an operating temperature of 105°C. It is designed for higher voltage applications and is able to withstand high inrush currents, as well as low ESR. This type of capacitor is suitable for use in various applications including motor drives, power supplies, filters, and audio applications.

The working principle of MKP1847H52048JP2 is based on two metal plates (called electrodes) that are separated by a thin layer of plastic film. The film acts as a dielectric, allowing charge to be stored between the two plates. When a voltage is applied to the electrodes, the dielectric prevents the electrodes from coming into contact with each other and instead channels the charge through the film. The charge that is stored between the two plates is called the capacitance, and this is how the MKP1847H52048JP2 is able to store energy and react to changing voltage and current signals.

MKP1847H52048JP2 film capacitors are extensively used in various applications because they are reliable, efficient and can withstand higher voltage applications. They are also resistant to temperature changes and can withstand high inrush currents and low ESR (equivalent series resistance). This makes them an ideal choice for high voltage applications such as motor drives, power supplies, filters, and audio applications.

In conclusion, MKP1847H52048JP2 is a type of film capacitor that is designed to withstand high electrical stress. It is capable of storing and releasing charge, making it an ideal choice for high voltage applications. It is also temperature resistant and can withstand high inrush currents and low ESR, making it a reliable and efficient choice for a wide variety of applications.

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