DME6S82K

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Film capacitors are widely used in electronic circuits, including HF circuits, switch applications, high-frequency resonance circuits and medical applications for their superior AC and DC performance characteristics. The DME6S82K is a film capacitor specifically designed for these high-frequency resonance applications.

Compared to other types of capacitors, film capacitors don’t produce high frequency micro-discharges. They offer very low dissipation factor and ES (dielectric absorption) values, resulting in low distortion levels during short-period bursts and high-speed switching operations. This makes them suitable for use in high-voltage circuits.

DME6S82K capacitors features a small and compact design with the addition of a new dielectric material. The specialized material used in DME6S82K capacitors is known as polypropylene metallized film. This material is beneficial for high-frequency applications as it results in higher-than-normal insulation resistance and dielectric strength.

The polypropylene metallized film can be used for AC and DC applications and is resistant to most solvents, humidity and temperature extremes. Additionally, the material is non-toxic and environmentally friendly.

The DME6S82K is a film capacitor designed for high-frequency applications in both HF and medical markets. It offers superior AC and DC performance characteristics and excellent dielectric absorption to reduce distortion levels. With its small compact design, the DME6S82K offers high insulation resistance, dielectric strength, and environmental resistance.

The key feature of DME6S82K is its ability to withstand high-frequency applications. The polypropylene metallized film used in the construction of the capacitor has a higher increase in insulation resistance compared to standard aluminum electrolytic capacitors. This makes it highly resistant to micro-discharges at higher frequencies. The capacitor is also designed to minimize the dissipation factor, resulting in better performance and reduced distortion in the audio signal.

Apart from high-frequency applications, the DME6S82K is also an ideal choice for medical applications, due to its low electrical losses and high-temperature resistance. The capacitor offers a stable characteristics throughout its operating temperature ranges, allowing for reliable performance in environments where temperature is always fluctuating. Moreover, the low ES and dissipation factor ensures higher levels of accuracy in readings taken from medical instruments.

In conclusion, the DME6S82K is a highly reliable and versatile film capacitor designed specifically for high-frequency applications. The capacitor offers superior performance characteristics, exceptional insulation resistance, and superior environmental and temperature performance. These features make it an ideal choice for applications in the HF and medical markets.

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