DME6P1K-F

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Film capacitors are one of the most commonly used electrical components in the world. The DME6P1K-F is a stand-out capacitor in this category – its technology is tailored for imaging and display applications, making it an ideal choice for cinematographers and television engineers in need of high-performing capacitors. In this article, we\'ll discuss the application field of the DME6P1K-F, as well as how it works.

What Is the DME6P1K-F?

The DME6P1K-F is a film capacitor from Murata\'s range of Durable Electronic products. It utilizes unique processes to achieve very low levels of capacitance tolerance, making it suitable for applications that demand extremely precise values. The DME6P1K-F is provided in a leaded package measuring just 13.2mm x 10mm, making it convenient for use in small sizes.

Where Is the DME6P1K-F Used?

The DME6P1K-F has a specific application field. It is primarily used in small to medium-sized optics, imaging and display applications. Its high precision makes it an ideal choice for marketplaces that demand accuracy, such as the medical electronics, industrial inspections and image display industries. It is perfectly suited for very specialized imaging and display applications, allowing for precise capacitance values without any drift over time.

How Does the DME6P1K-F Work?

The DME6P1K-F is a film capacitor that works based on the concept of electric field. Its construction consists of several spiral windings of a dielectric film, which has a very low loss value. The capability of the capacitor lies in its ability to endure both extreme temperatures and humidity, making it a reliable electrical component. The windings of the film capacitor are further protected with a coating of silicone that ensures perfect insulation and further ensures passivation of the film. It also features an impedance that is very stable over a wide temperature range.

When voltage is applied to the DME6P1K-F, it exhibits an electrical field within the film, which is then stored in the form of electrostatic energy. This electrical field causes electrons to move from one end of the film to the other, which then creates an electrical charge. Thischarge is then stored within the film and can be used to power other circuits.

Conclusion

The DME6P1K-F is a film capacitor designed to meet the needs of imaging and display applications that demand precision. It works by utilizing a dielectric film, which has a very low loss value, and applying voltage to the film. This creates an electrical field within the film that stores electrostatic energy. In conclusion, the DME6P1K-F is the ideal choice for applications that require precision, making it an invaluable asset in image and display applications.

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