KEMET - High Temperature Ceramic C0G Dielectric Capacitors In 0402 Case Size

21st July 2011
News Release from: Kemet Electronics
Written by : ES Admin
KEMET announced the release of the industry’s first Multilayer Ceramic Capacitor (MLCC) in an EIA 0402 case size capable of reliable performance in environments up to 200°C.


KEMET’s High Temperature 200°C Series features a robust and proprietary base metal dielectric system that offers industry-leading performance relative to capacitance and case size combined with capacitance stability at extreme temperatures up to 200°C. This platform promotes downsizing opportunities of existing high temperature C0G technology and offers replacement opportunities for existing X7R/BX/BR technologies.



“KEMET’s industry-leading C0G technology continues to outperform X7R in the most extreme environments. With virtually no capacitance change at 200°C and rated voltage, C0G actually has a higher effective capacitance than most X7R options,” said Bill Sloka, KEMET Specialty Product Manager. “Our customers in the down-hole, industrial, avionics and automotive markets require the higher capacitance, temperature stability, reliability and reduced size this platform offers.”



Typical applications include critical timing, tuning, circuits requiring low loss, circuits with pulse, high current, decoupling, bypass, filtering, transient voltage suppression, blocking and energy storage for use in extreme environments. High temperature environments are commonly present in down-hole exploration equipment, aerospace engine compartments and geophysical probes.



Technical Information



Voltage: 10VDC–100VDC

Case Sizes: 0402

Capacitance: 0.5pF–1,500pF

Dielectric: C0G

No piezoelectric noise

Extremely low ESR and ESL

High thermal stability

High ripple current capability

Preferred capacitance solution at line frequencies and into the MHz range

No capacitance change with respect to applied rated DC voltage

Minimal capacitance change with respect to temperature from -55°C to +200°C

No capacitance decay with time

Non-polar device

Available downloads


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