MKP1839410134HQG

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Film capacitors are widely used components in electrical and electronic systems. The MKP1839410134HQG is one such component. It is a Polypropylene - Metallized Capacitor (PPMC). It is designed for use at frequencies up to 15 kHz and is capable of withstanding high surge voltages without arcing or break-down. The PPMC is highly stable, exceeds all UL and VDE standards, and provides long life.

The application field of the MKP1839410134HQG is mainly in high-frequency suppression filters, power filters, and pulse circuits. It also finds application in lines, inverters, and other places where the use of high-frequency devices require electromagnetic shielding. The device is often used in inverters in order to reduce disturbances generated by the circuits. It also helps to reduce any subsequent overvoltage conditions.

The working principle of the MKP1839410134HQG is based on the capacitance of its film material. The dielectric layer of the component is made up of high permittivity polyprobylene film which provides a high capacitance. As a result, the PPMC is able to store and release charges quickly when it is exposed to high voltage signals. The metallised electrodes further increase the capacitance, enabling the PPMC to absorb and release charges more quickly.

The MKP1839410134HQG also features advantages such as high insulation resistance, low ESR, high current handling capability, and increased stability. The PPMC is a very reliable device as it has been designed to withstand surge voltages, providing long life with minimal maintenance. Its ultra-thin design also allows for a smaller mounting space, making it suitable for applications where space is limited.

In summary, the MKP1839410134HQG is a Polypropylene - Metallized Capacitor (PPMC) designed for high-frequency suppression filters, power filters and pulse circuits. It uses a polypropylene film to create a high capacitance, allowing it to store and release charges quickly when exposed to high voltage. The metallised electrodes further increase the capacitance. The device features high insulation resistance, low ESR, high current handling capability, and increased stability. It is a reliable and ultra-thin device that is suitable for applications where space is limited.

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