KEMET Corporation

1 East Broward Blvd.
Fort Lauderdale, FL 33301

F863 Film Capacitors meet AEC-Q200, CUL and CQC standards.

F863 Film Capacitors are offered in capacitance values ranging from 0.1 microfarads to 10 microfarads capacitance values ranging from 0.1 µF to 10 µF with rated voltages up to 310 VAC. Units provide an operating temperature range -40 to +110°C. Capacitors are used in automotive, industrial and mains-connected and vehicle electronics applications.

Electronic Components & Devices

KPS-MCC C0G Capacitor comes in 0.55 square in. footprint.

KPS-MCC C0G Capacitor is suitable for down-hole oil exploration, automotive and hybrid electric vehicles, defense and aerospace applications. Unit is operated at temperature up to 200 °C and comes in three case sizes with straight pin, L or formed J configurations. Product’s case comes with silver or solder coated termination finish. Capacitor provides voltages up to 2,000 V and capacitance up...

Electronic Components & Devices

KEMET Adds Automotive Qualification to Advanced Capacitor Technology

AEC-Q200 approved U2J Class-I MLCCs bring enhanced performance, stability and predictability to automotive applications GREENVILLE, S.C., June 29, 2017 - KEMET Corporation (NYSE:KEM), a leading global supplier of electronic components, has announced the extension of its U2J dielectric for automotive grade applications. With AEC-Q200 automotive qualification, the U2J surface mount (SMD) platform...

Electronic Components & Devices

Polymer Electrolytic Capacitors offer up to 680 ÂµF capacitance.

Used for decoupling in DC-DC converters or as hold-up capacitors in energy storage applications, T540 COTS Polymer Electrolytic Capacitors meet Biased Humidity Test standards (1,000 hrs test life option). Having 2.5 to 63 VDC voltage rating span, units provide ESR as low as twenty-five milliohms. Capacitors are qualified to MIL-STD-202 Method 103 requirements.

Electronic Components & Devices

Multilayer Ceramic Capacitors feature two-chip stack design.

Used in smoothing circuits, DC/DC converters, power supplies, and noise reduction circuit applications, Multilayer Ceramic Capacitors use lead-frame technology to vertically stack MLCCs in parallel configuration in single package. Available in EIA 1210 and 2220 case sizes, unit’s attached lead-frame mechanically isolates capacitors from circuit board. KPS “L” capacitors are used in defense,...

Electronic Components & Devices

Leaded MLCCs target automotive market.

Suitable for environments where mounting space is limited, Goldmax and Aximax leaded Multilayer Ceramic Capacitors can be weld- or crimp-mounted, eliminating need for PCB. In addition, units are non-polar and can be integrated into existing circuit. Operating up to 260Â°C, capacitors are suited for wiper, power window, and sunroof motors as well as seat belt, transmission, and alternator...

Electronic Components & Devices

Surface Mount MLCCs feature U2J ceramic dielectric material.

Available in case sizes from 0402–1812, Class-I Multilayer Ceramic Capacitors feature max available capacitance from 2.2–470 nF at 25 Vdc. Commercial-grade U2J capacitors are extremely stable with linear capacitance change with temperature, and also retain over 99% of nominal capacitance at full rated voltage. Pb-free as well as RoHS and REACH compliant, non-polar devices are suited for...

Electronic Components & Devices

KEMET Files SEC Special Disclosure and Conflict Minerals Report

100% of KEMET Manufactured Tantalum Capacitors Described as Conflict-Free KEMET, a leading global supplier of electronic components, has filed a Special Disclosure and Conflict Minerals Report with the U.S. Securities and Exchange Commission. Despite recent case law regarding the SEC reporting rule, KEMET is voluntarily providing disclosure as to the conflict-free status of its capacitor products...

Electronic Components & Devices

Ferrite Inductors are based on nickel-zinc magnetic material.

Working together with capacitors in various parts of electronic circuits, RoHS-compliant ferrite inductors areÃ‚- leaded devices that are based onÃ‚Â proprietary nickel-zinc magnetic material. These passive electronic components, which can be used in electronic filters and in power distribution networks in electronic systems, are used throughout such industrial and consumer applications...