Kemet capacitor

Ceramic capacitors

The automotive grade components provided by KEMET are designed with safer fault mechanisms and comply with industry standards such as AEC-Q200 and VW AUDI 80808. Our components have been validated on roads and in laboratories with extensive reliability records. Our automotive grade products have been validated to operate in harsh temperatures ranging from -50 º C to 125 º C and have been certified for automotive applications such as powertrains, onboard electronic devices, and charging systems.

Polymer capacitors

KEMET is the market leader in polymer capacitor technology. Our organic capacitors are solid electrolysis devices composed of conductive polymer cathodes, which can provide optimized performance in a wide range of applications. KEMET's product portfolio combines very low ESR and improved high-frequency capacitor retention with a wide range of size products, providing support to designers through innovation and technology.

Tantalum capacitor

KEMET's extensive tantalum product portfolio provides support for segmented designers in telecommunications, industrial, automotive, military, and drilling applications where space limitations, voltage requirements, lifespan performance, and maximum operating temperature requirements are a concern.

Aluminum capacitors

KEMET aluminum electrolytic capacitors provide excellent ripple current carrying capacity and extended service life, suitable for high-energy and high-power applications. High capacitance and high ripple current ratings are highly suitable for DC link applications in power converters.

Thin film capacitors

KEMET film capacitors have low ESR and can generate higher ripple current ratings without sacrificing capacitance. The high voltage rating of Film is highly suitable for DC links and high-power applications, while the combination of low ESR, efficient CV, and high voltage rating can be used for energy storage and EMI filtering.

Supercapacitors

KEMET offers a variety of high-performance surface mount and radial structured supercapacitors. Supercapacitors share common characteristics with batteries and traditional capacitors. As a result, supercapacitors can be used as secondary batteries when applied to DC circuits. These devices are most suitable for low voltage, DC hold applications, such as embedded microprocessor systems with flash memory.