108UVR2R5MFF

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Aluminum-Polymer Capacitors, often used in a variety of design applications, are are an increasingly popular option for designing electrical and electronic equipment. In this article, we’ll examine the 108UVR2R5MFF aluminum-polymer capacitors, and discuss their application field and working principle.

Aluminum-polymer capacitors combine the construction of a capacitor with the properties of a dielectric material. As such, they are categorized as a type of electrolytic capacitor, with the difference being that the dielectric material used in the aluminum-polymer capacitor is a polymer instead of an electrolyte. This difference in material gives aluminum-polymer capacitors properties that differ from conventional electrolytic capacitors.

Aluminum-Polymer capacitors have a wide variety of potential applications, including power applications such as motor control and power switching, as well as more specialized applications such as voltage management and noise reduction. In addition to this, they are also becoming more popular in 12voltage and security systems.

The 108UVR2R5MFF is an example of an aluminum-polymer capacitor specifically designed and manufactured to meet the needs of the industrial and commercial electronics markets. It is a high-voltage, high-frequency solution made with a proprietary polymer-aluminum-thick-film technology, offering superior resistance to extreme temperatures, ripples, and surge, ensuring long life and reliable operation. The 108UVR2R5MFF is currently UL approved and comes in a variety of sizes and ratings, making it ideal for a wide range of applications.

When it comes to operating principle, the 108UVR2R5MFF capacitor has a construction that makes it effective in aiding current flow, resulting in a voltage rise at the load. It uses a dielectric material called polymer-aluminum-thick-film, which is a combination of both a polymer and a thin aluminum film. This combination makes it so that the 108UVR2R5MFF can hold a charge for a longer period of time, with the added ability to effectively dissipate the heat generated by operating at high temperatures. The thin aluminum film also ensures a low ESR, resulting in superior ripple resistance, and higher capacitance with lower self-inductance.

In summary, the 108UVR2R5MFF aluminum-polymer capacitor is an excellent choice for a variety of applications, ranging from power applications such as motor control and power switching, to voltage management and noise reduction. This capacitor is specifically designed to meet the needs of the industrial and commercial electronic markets, and offers superior features including a high voltage, high frequency solution and superior resistance to extreme temperatures, ripples, and surge, ensuring long life and reliable operation. Its construction is also specifically designed to aid current flow, resulting in a voltage rise at the load, and its combination of a polymer and a thin aluminum film make it a reliable capacitor for long-term applications.

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