10SVPC68MV

Application Fields and Working Principle

Application Fields

10SVPC68MV capacitors are designed to meet a variety of application needs, including high-frequency applications, high-voltage applications, power converters and power filters. Their robust and reliable design also makes them ideal for industrial, automotive and military applications, such as automotive automotive turn-off, EPB system, traction power converters and HVAC.

High-frequency applications can benefit from 10SVPC68MV capacitors due to their small size, excellent frequency response and high insulation voltage. They are especially useful in switching power supplies, DC-DC converters, class D power amplifiers and radio frequency (RF) hardware. Additionally, their large operating temperature range makes them suitable for temperature-sensitive applications.

In high-voltage applications, 10SVPC68MV capacitors are able to withstand up to 1kV working voltages and over 1800V surge ratings, making them suitable for high-voltage applications such as solar inverters, UPS systems, AC motors and high-voltage industrial power supplies.

Finally, 10SVPC68MV capacitors are suitable for power-filter applications owing to their high volumetric efficiency and the fact that they feature the highest power density in the MLCC family. They are often used in power-factor correction systems, DC filters, power-supply attenuators and power-supply noise-reduction modules.

Working Principle

The 10SVPC68MV capacitor utilizes an innovative low-loss structure that combines an electrolyte-impregnated film with an aluminum-plated base-metal electrode. This combination effectively increases the dielectric strength of the device, reducing leakage current and improving capacitance stability. The aluminum-plated base-metal electrode also allows for the 10SVPC68MV to operate at much higher frequencies compared to traditional MLCCs.

The power electronics industry also benefits from this capacitor\'s ultra-fast response time, which makes it ideal for applications involving rapid and frequent power cycling, such as switching power supplies and DC-DC converters. The capacitor\'s self-healing properties further enhance its ability to continue operation in harsh environmental conditions.