MKP383313250JIM2T0

Film capacitors are a type of electrical component used for various applications in the industry and beyond. Manufactured for use in a variety of industries, film capacitors are used to store and release energy in a variety of ways. The MKP383313250JIM2T0 film capacitor is a particularly popular type of film capacitor, and is used in a variety of applications in commercial, industrial, automotive, and consumer electronics.

The MKP383313250JIM2T0 film capacitor is a particularly versatile component. It features a rectangular profile with a single, two-terminal connection and a variety of impressive features. It offers high dielectric strength and excellent temperature stability, with operating temperature ranges from -55°C to +125°C. It is also designed with low dissipation factor, capacitance changes of less than ± 0.5%, and high surge and vibration resistance, making it suitable for a variety of applications.

The MKP383313250JIM2T0 film capacitor can be used in a variety of applications, from automotive and consumer electronics to commercial and industrial control systems. It can be used for filtering and coupling, in AC and DC circuits, and as a high-frequency high-power switch. It is often used in the power control and energy management system of automotive vehicles, as well as in solar energy systems and motor controls.

The MKP383313250JIM2T0 film capacitor works on the principle of dielectric capacitance. When two conductors (the two lead terminals) are separated by a dielectric (the film) and a voltage is applied across the terminals, the dielectric accumulates charges of opposite polarity, one at each terminal. These charges create an electrostatic field that stores energy and keeps the electric current in circulation. The electric flux created by the two leads is a measure of the acceleration of the electrical field and is used to calculate the capacitance of the capacitor.

The MKP383313250JIM2T0 film capacitor is a versatile component with a range of applications. Its features and robust construction make it an ideal choice for power control and energy management systems in automotive vehicles, as well as in solar energy systems and motor controls. With its high operating temperature range and low dissipation factor, it can reliably store and release energy for a variety of desired purposes.