MKP1840468104M

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Film capacitors, comprising of a dielectric film composed of an element or a complex dielectric system, have distinct differences from other capacitors based on their very low dissipative losses even when operated at very high frequencies. The MKP1840468104M encapsulate this film technology within its cylindrical, plastic molded body. The product is designed to possess excellent characteristics in terms of stability, temperature coefficient, and high voltage transient immunity.

Body Design and Packaging

The two end caps of the MKP1840468104M are made up of a dielectric-filled polypropylene shell. In between them, two metal-oxide-film electrodes are connected with the help of a metal layer. The assembled capacitors are fitted within a 6.3x23mm cylindrical body. The components are sealed for protecting them from the environment, and this insulation is made available through the molding material used in the containment device.

Working Principle

The MKP1840468104M works on the same principle as other capacitors - the ability to block or allow current to flow, depending on the voltage. When an alternating current is applied to the capacitor, the voltage rises and falls in accordance with the frequency of the alternating current; this in turn causes the stored charge on one of the two plates of the capacitor to drop, while the charge on the other plate increases. This process continues as long as the alternating current is applied, resulting in a current flow through the capacitor.

Applications

Due to its cylindrical body design, the MKP1840468104M is most commonly used in power supplies, cordless phone systems, base stations, and other similar applications. It is also great for use in high voltage applications like UPS systems, motor controls, and solar inverters thanks to its enhanced dielectric characteristics. Moreover, owing to its long life capability, low dissipation factor, and outstanding frequency response, this capacitor is an optimum choice for audio applications.

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