T540D687K2R5CH85057610

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Tantalum - Polymer Capacitors

Tantalum - Polymer capacitors, also known as Ta-P caps, consist of an electrode, which is a metal or special polymer and a strictly polarised electrolyte which is sandwiched between two metal plates made of tantalum or chemically treated aluminium. The tantalum (or Ta) used in these capacitors has higher conductivity, a highly stable dielectric and stronger corrosion resistance than other materials.

The T540D687K2R5CH85057610 device is one such Ta-P capacitors. It has a capacitance of 10µF and an operating voltage of 6.3V at 25°C. It has an extended operating temperature range of -55°C to +85°C and a rated ripple current of 5A at 100KHz. It also has a smaller profile and more efficient thermal dissipation than other capacitors due to its metal design.

The working principle of the T540D687K2R5CH85057610 device is based on electrostatic principles. When a voltage is applied to the device, an electric field is created between the plates, attracting electrons to the plate with the opposite charge. This phenomenon is called electrostatic induction or polarization. This electrically polarized capacitance results in a stored electrical energy which is available to be discharged when the voltage is removed from the device.

The T540D687K2R5CH85057610 device has a wide range of applications, such as in power supplies, backlighting solutions, LED drivers, noise filters and DC-DC converters. In power supplies and LED drivers, these capacitors are used to reduce power spike and provide a steady voltage. In backlighting solutions, noise filters and DC-DC converters, the capacitors are used to suppress noise and reduce output ripple.

Tantalum - Polymer capacitors are becoming increasingly popular as they offer better performance compared to other types of capacitors. The T540D687K2R5CH85057610 device is a reliable and cost-effective solution for power supplies, backlighting solutions, LED drivers, noise filters and DC-DC converters. Its extended operating temperature range, low profile and efficient thermal dissipation make it an ideal choice for a wide range of applications.

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