16SVF560M

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Aluminum-polymer capacitors are the most advanced type of capacitors available on the market today. They offer a variety of advantages over traditional capacitors, such as extremely high capacitance, long life-cycle, high temperature operation and low ESR. The 16SVF560M is a Aluminum-polymer capacitor specifically designed for automotive applications, and it offers superior performance compared to other aluminum-polymer capacitors.

The 16SVF560M Aluminum-polymer capacitor has a maximum temperature rating of 150°C and a low Equivalent Series Resistance (ESR) of 0.009 Ohms. It also has a very low ESR at high temperatures (6.4 mOhms @ 85°C), making it ideal for automotive applications, where high temperature and ESR is a major issue. The capacitance of the device is 560µF, and it is available in two different case sizes – 8mm x 12mm and 8mm x 16mm. The life-cycle of the capacitor is over 10,000 hours at 85°C and 400 hours at 105°C.

The working principle of the 16SVF560M Aluminum-polymer capacitor is based on the dielectric material that it is made of. Aluminum-polymer contains a multilayered, high-performance polymer matrix, which is held between two aluminum electrodes. When a voltage is applied, a large electric field is generated in the polymer matrix, which creates a strong attraction between the electrons and the positive ions in the polymer. This attraction creates a dielectric layer that is able to store electric charges, and it creates a high capacitance. The 16SVF560M is able to maintain this capacitance even at temperatures as high as 150°C.

The 16SVF560M Aluminum-polymer capacitor is an advanced device specifically designed for automotive applications, and it offers superior performance when compared to traditional aluminium electrolytic capacitors. It offers high capacitance, long life-cycle, high temperature operation and low ESR. The benefits of this device make it an ideal choice for automotive applications where high temperature and ESR are issues.

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