MKP385318160JC02R0

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Film capacitors, as the name suggests, are basically capacitors with a dielectric film element. The dielectric material in these capacitors could be either polypropylene, polyester or paper. Generally, the thin film element is made by wrapping an ultra-thin sheet of dielectric material around a cylindrical aluminium, titanium, or plastic core. The production process involves wrapping the dielectric material in a certain pattern so that a roll of capacitor is formed. This roll is subject to several winding techniques, depending on the type of film capacitor.

MKP385318160JC02R0 is one of the film capacitors manufactured by Multi-FINMARK Corporation, a leading manufacturer of electronic components. This product is a high voltage, non-inductive, non-polar, audio grade capacitor with copper-coated aluminium case and plastic base. It has a very small form factor and low impedance that makes it very useful in a variety of applications.

The main application field of MKP385318160JC02R0 is for high frequency, high voltage, and high current applications. This is because, despite its small form factor, it can handle up to 10 kV without breaking down due to its dielectric material and construction. It is also ideal for high frequency applications that require low distortion and low self-resonance.

One of the main advantages of MKP385318160JC02R0 is that it has a dual self-reinforced film construction. This means that the dielectric material is reinforced on both sides of the main winding, resulting in a more robust structure that is less prone to breakdown and distortion. In addition to this, the dielectric material of this capacitor is specifically designed to reduce the amount of stray capacitance and increase the energy storage capacity.

The working principle of MKP385318160JC02R0 can be explained by its basic form. When a charge is applied to one side of the capacitor, the dielectric material is polarised creating two potentials. This polarised material serves to store an electrical charge until the applied voltage is removed, thus acting as a charge storage device.

When a discharge is triggered, the dielectric material depolarises and the charge stored in the capacitor is discharged. The rate and speed of this discharge is controlled by the design of the capacitor, the self-reinforced layers and the dielectric material. In other words, the dielectric material, the self-reinforced layers and the design of the capacitor control the charge transfer between the two sides of the capacitor.

Overall, MKP385318160JC02R0 is a high performance capacitor ideal for a variety of high frequency, high voltage and high current applications. Its high voltage capability and low impedance make it suitable for applications such as inverters, audio filtering, power converters, and motor controllers.

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