MKP1847H61531KY5

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Film capacitors are a type of capacitor that can be used in a number of different applications. MKP1847H61531KY5 is one such capacitor that has a number of useful features for a variety of applications. This article will explore the application field and working principle of MKP1847H61531KY5.

MKP1847H61531KY5 is a film capacitor that is specifically designed for use in motor control, lighting and display applications. It has an operating temperature range of -40°C to +85°C with a rated voltage of 240V AC and an insulation resistance of 10000MΩ. The capacitor has excellent energy and power densities, making it highly efficient for various applications. Additionally, it has a self-healing phenomenon, which allows it to quickly recover from any damage due to overvoltage or overcurrent.

The working principle of MKP1847H61531KY5 is quite simple. Film capacitors consist of two electrodes, an insulating film and two layers of electrodes that are separated by an insulating film. The capacitor stores an electric charge on one of its electrodes and when a voltage is applied, an electric current is created, allowing charge to be transferred from one electrode to the other. This charging and discharging of the capacitor is what powers the applications it is used for.

MKP1847H61531KY5 is ideal for applications such as inductors and transformers, as it has a low temperature coefficient, high linearity and excellent dielectric properties. Additionally, it is very reliable and long-lasting, making it perfect for long-term use in any application. Its high dielectric strength allows for high-current operation, and its low leakage current ensures that energy losses are minimized.

Overall, MKP1847H61531KY5 is a great film capacitor for a variety of applications, with features that make it highly efficient and reliable. Its simple working principle and robust design make it a great choice for any application requiring a capacitor with a high power and energy density. Its operating temperature range, insulation resistance and dielectric strength make it suitable for use in motor control, lighting and display applications, as well as inductors and transformers.

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