KEMET 470 pF 2 kV dc ±5% Tolerance Multilayer Ceramic Surface Mount Capacitor C1812X471JGGACTU

KEMET C1812X471JGGACTU is a high-performance multilayer ceramic capacitor designed for surface mount applications. It features a capacitance of 470 pF and a voltage rating of 2 kV dc, making it suitable for industrial, automotive, telecommunications, and medical electronics requiring stable and reliable capacitor performance.

This capacitor employs a stacked construction with C0G dielectric material, which provides excellent thermal stability, low ESR and ESL, and precise capacitance with ±5% tolerance. The 1812 package size (4.5 mm length, 3.2 mm width, 1.6 mm height) offers an optimal balance of compactness and ease of mounting.

The capacitor utilizes a flexible silver epoxy termination system that helps reduce mechanical stresses caused by PCB flexure, resulting in improved reliability and reducing failures caused by flex cracks. It is designed to operate under a wide temperature range from -55°C to 125°C, conforming to automotive AEC-Q200 standards.

Typical applications include power supplies, LCD backlighting ballasts, HID lighting systems, industrial controls, telecom equipment, LAN/WAN interfaces, and automotive electronic systems. This product is packaged in tape & reel format supporting efficient manufacturing and automated assembly.

High capacitance and voltage rating for demanding industrial and automotive circuits. Stable capacitance with low losses due to C0G dielectric. Compact 1812 package suited for modern PCB designs. Flexible termination reduces stress and enhances mechanical robustness.

Compliant with multiple industry standards for quality and reliability. Wide temperature range supporting harsh application environments. Automotive grade AEC-Q200 certification ensures suitability for vehicle electronics.

Packaged for automated surface mount assembly processes. Explore more Multilayer Ceramic Capacitors from KEMET in our Electronics Components category at EnvMart for your industrial and commercial projects.