MKT1813522066G

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Film capacitors are essential components for power supply circuits and signal processing in a wide range of electronic equipment. The MKT1813522066G is among the highest quality of film capacitors on the market, and offers superior performance aiding the above mentioned requirements in high end applications. It has an efficiency rating of 80 RPM and a total power rating of 6.5 kW, making it suitable for use in microwave equipment, instrumentation, high-end consumer electronics, and more.

MKT 1813522066G is a 4-pin molded film capacitor featuring a low-ESR (Effective Series Resistance) design. It is recommended for use in RF (Radio Frequency) circuits and applications as it provides excellent shielding and decoupling. It utilizes a high-grade polypropylene film dielectric with an ultra low thermal coefficient, which assures stability, low self-inductance, and high-frequency performance for superior customer experience.

The MKT1813522066G is also designed to withstand high temperatures up to 85 degC, making it ideal for use in harsh environments. The special design also makes this part highly resistant to corrosion and shock. The MKT1813522066G can handle up to 4.67 GHz of input frequency, so it is great for high-end applications that require high speed data transmission.

The working principle of the MKT1813522066G is known as the polarization process. This process involves applying electrical energy to the film, which creates an electric field across the film. The electric field in turn produces an electric current, which creates a magnetic field. The interaction of the electric and magnetic fields forms a capacitive voltage that is directed into the electrical circuit.

The MKT1813522066G is a great option for high-end electronic devices that require reliable and efficient power supply or signal processing. Its high level of performance, durability, and reliability make it a preferred choice for several applications. It is also affordable and easy to install, making it ideal for high-end consumer electronics, microwave systems, instrumentation, and much more.

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