MKP1848C61090JK2

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Film capacitors are types of capacitors, also known as plastic film capacitors, that typically consist of thin film deposited on a support substrate or a substrate that has a conductive layer on it. The thin film may be selected for its dielectric losses, permittivity, or voltage characteristics, and the capacitive element is usually formed in a stacking arrangement between the two substrates. MKP1848C61090JK2 can be categorized in the film capacitor family.

MKP1848C61090JK2

MKP1848C61090JK2 is a high-voltage, high-ripple current, and low profile, aluminum electrolytic capacitor specifically designed for power supply and industrial applications. The device is an encapsulated aluminum-polypropylene dielectric, non-inductive winding element, and oil-filled capacitor. It offers superior performance over standard aluminum electrolytic capacitors in parameter such as temperature range, operating voltage range, and multiple EMI suppression applications. The maximum working temperature of the device is +125°C.

Application Field

MKP1848C61090JK2 is used in a wide range of applications, including motor drives, power conversion, induction heating, rectifiers, switching power supplies, dc-dc converters, electronic ballasts, high-voltage power supplies, and LED lighting. It is especially suitable for applications that require high ripple current and high voltage, and miniaturized size. It is also a perfect choice for power electronics applications such as frequency inverters and DC/DC converters where electromagnetic interference (EMI) protection is required.

Working Principle

MKP1848C61090JK2 is an aluminum electrolytic capacitor which means that it utilizes an electrolytic solution in combination with an aluminum oxide layer and two metal electrodes or anodes. Each of these electrodes or anodes is attached to a different electrical connection. The electrolyte in combination with the oxide layer acts as the dielectric and allows the device to store electrical energy. When an electrical charge is applied to the anodes, a capacitor is then formed and the capacitance is limited by the size of the anode and the oxide layer. As more charge is applied, the capacitance increases. This increase in capacitance allows the capacitor to store more energy, effectively providing a larger capacitance value.

MKP1848C61090JK2 capacitors also offer several other benefits. They are resistant to vibration and shock, which makes them well-suited for use in a variety of industrial applications. Additionally, they are featured with high ripple current, therefore can be efficiently used as a capacitive low-pass filter or noise suppressor. With its superior performance in temperature range, operating voltage range, and multiple EMI suppression applications, MKP1848C61090JK2 is the ideal choice for power electronics applications.

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