MKP386M530125YT2

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Film capacitors are an important type of capacitor that use a thin film of metal or plastic as a dielectric. They have low ESR, low losses, low self-inductance, and excellent temperature stability. The MKP386M530125YT2, a film capacitor from Murata, can offer these and more in demanding and specialty applications.

Application Field

The MKP386M530125YT2 film capacitor can be used in many applications in a wide range of industries. These capacitors are used in power conditioning, AC line filtering, signal processing, interference suppression, and energy storage applications. They can also be used in precision measuring instruments, military equipment, medical systems, aerospace systems, and other high-reliability and high-volume applications.

These capacitors can also be used in various power electronics applications. They can be used in motor drives, switching power supplies, and inverters to filter AC noise, provide energy storage, and reduce ESR and inductance. In rectifiers, the MKP386M530125YT2 film capacitor can help reduce ripple current and improve noise immunity. These capacitors can also be used in high-stability power supplies, where their excellent temperature stability and low ESR makes them a good choice for designers.

Working Principle

The MKP386M530125YT2 film capacitor is a three-terminal, surface-mount device. It works by transferring electric charge between two conductive plates with a dielectric layer of polyacrylate film between them. The film has a low dielectric loss factor and is highly reliable.

When an AC voltage is applied to the plates, an electric field is created between them. This electric field stores energy as an electric charge in the dielectric material. The stored energy is proportional to the applied voltage, and the amount of charge the capacitor can store is determined by its capacity.

The MKP386M530125YT2 film capacitor is designed to offer excellent performance in power filtering, AC line filtering, signal processing, and noise suppression applications. Its low ESR, low losses, low self-inductance, and excellent temperature stability make it an excellent choice for high-volume, high-reliability applications.

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