Yageo 1 nF Multilayer Ceramic Capacitor 2kV DC ±10% Tolerance Surface Mount 1812 Package CC1812KKX7RDBB102

The Yageo CC1812KKX7RDBB102 is a high-voltage multilayer ceramic capacitor designed for surface mount technology (SMT) applications. Featuring a capacitance of 1 nanofarad and a DC voltage rating of 2 kilovolts, it is well-suited for demanding industrial and electronic component uses where high voltage endurance is essential.

This 1812 case size capacitor employs a stacked construction with an X7R dielectric, which ensures stable performance across a wide temperature range from -55°C to 125°C. The ±10% capacitance tolerance guarantees consistent electrical characteristics, which is vital for precision electronic circuits.

Its surface mount termination type enables integration into modern automated assembly processes, enhancing production efficiency and reliability. The component complies with IEC 60384-1 and IEC 60384-21/22 standards, and meets RoHS environmental requirements, ensuring safe and sustainable usage.

Typical applications include PC motherboards, hard disk drives, game PCs, power supplies, LCD panels, ADSL modems, and other electronic devices where stable high-voltage capacitors are required.

Capacitance of 1 nF with ±10% tolerance for precise circuit behavior. Rated for 2kV DC to handle high voltage environments safely. X7R dielectric ensures temperature stability and reliability. Compact 1812 package facilitates surface mounting on PCBs.

Stacked construction enhances robustness under electrical stress. Operating temperature range from -55°C to 125°C for diverse environments. Surface mount termination for easy PCB assembly automation. Complies with key IEC standards and RoHS for quality and safety.

Choose the Yageo CC1812KKX7RDBB102 to ensure high-quality, reliable performance in your electronic assemblies requiring multilayer ceramic capacitors with high voltage ratings. Explore more Multilayer Ceramic Capacitors and electronic components at EnvMart for your industrial, manufacturing, and electronic design needs.