MKP383291160JC02R0

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Film capacitors, also known as plastic film capacitors orfilm dielectric capacitors, belong to the family of electrostatic capacitors. These economic capacitors are constructed with a thin plastic film used as one of the main components. The plastic film is sandwiched between two metal with a dielectric in between them to allow an electric charge to form across the capacitor. This structure makes them relatively small in size and very low in cost.

The MKP383291160JC02R0 is a type of film capacitor specially designed for audio applications. It features a X2 rated metallized polypropylene (PP) film wrapped in a plastic casing for maximum efficiency and protection. The metalized film acts as a dielectric, creating an electric field between the two metal layers. This separates the positive and negative potentials of charge, creating the capacitance of the device. The capacitance value of this device is 0.033uF, with a maximum working voltage of 275VAC and a tolerance of 5%.

The metalized PP film substrate provides excellent self-healing capabilities, making it ideal for audio applications, as a high-frequency hashed signal can damage the dielectric if it passes through the capacitor. The MKP383291160JC02R0 is corrosion resistant, ensures low capacitance losses, and ensures reliable performance in extreme temperature ranges (-40°C to -85°C). The capacitor has long-term stability under its rated working life of 6,000 hours.

Due to its robust build and very low capacitance losses, the MKP383291160JC02R0 is widely used in the audio industry, such as public address systems, music mixers, and amplification systems. The low profile of this capacitor makes it perfect for applications requiring limited space.

Overall, the MKP383291160JC02R0 is an excellent choice for audio applications due its low capacitance losses, robust build, and excellent self-healing capabilities. It is also quite affordable and easily available on the market. With its reliable performance and long-term stability, this capacitor is a great choice for audio applications requiring robust and efficient capacitors.

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