MKP383191063JD02G0

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Film Capacitors

Film capacitors are widely used in electric circuits due to their low loss and high stability. They are constructed from a dielectric film sandwiched between metal electrodes. As such, they are able to survive environment changes, including humidity, temperature, pressure, and vibration. Additionally, film capacitors have a higher voltage rating than ceramic capacitors and are available in a wide variety of shapes and sizes.

MKP383191063JD02G0 application field and working principle

The MKP383191063JD02G0 is a film capacitor designed and manufactured by Murata Electronics. This capacitor is characterized by its low loss, stability, and wide temperature working range. It is mainly used for AC power line filtering, EMI suppression, and resonant circuit tuning in applications such as stabilizers, industrial power supplies, regulators, and switching converters. The MKP383191063JD02G0 is a rectangular aluminium electrolytic film capacitor. It is constructed using a thin film foil sandwiched between two metal electrodes. The electrodes are inserted into an insulating tube. The capacitor is then sealed off with epoxy resin, creating a hermetic seal. The outer surface of the capacitor is either painted or coated with metal to prevent corrosion.The operation of the MKP383191063JD02G0 is based on the principle of capacitance. When a voltage is applied across the capacitor, a charge is stored on the electrodes and a current is allowed to flow through the dielectric film. This current is known as the leakage current, and it creates an opposition to the applied voltage. The larger the applied voltage, the higher the opposition and the lower the current, creating a capacitive effect. The capacitance of the capacitor is then determined by its area, thickness, and dielectric constant.

In conclusion, film capacitors, such as the MKP383191063JD02G0, are used for AC power line filtering, EMI suppression, and resonant circuit tuning applications due to their low loss, stability, and wide temperature working range. The operation of these capacitors is based on the principle of capacitance, in which charge is stored on the electrodes and a current is allowed to flow through the dielectric film, creating a capacitive effect.

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