KEMET C0805C120J5GACTU is a precision multilayer ceramic capacitor designed for surface mount applications. Featuring a capacitance of 12 pF and rated for 50 V DC, it offers reliable performance with a tolerance of ±5%. This capacitor utilizes the Class I C0G dielectric material, known for its ultra-stable and low-loss characteristics, making it ideal for circuits requiring stable capacitance over varying temperatures.
Mounted in the compact 0805 case size (2mm length, 1.25mm width, 0.78mm height), this capacitor supports automated assembly lines through its tape and reel packaging. The nickel barrier terminations with plated tin provide excellent solder joint reliability. Operating safely within -55°C to 125°C, this device suits demanding industrial, commercial, and consumer electronics applications including mobile phones and video tuner designs.
The stacked construction enhances capacitance density while maintaining quality and durability. The component complies with multiple industry standards such as EIA 481, J-STD-020, IPC-7351, EIA 556, and EIA 624, ensuring compatibility and performance in professional manufacturing environments.
Ultra-stable, low loss Class I C0G dielectric material for high reliability. Tape and reel packaging suitable for automated PCB assembly. Compact 0805 case size with dimensions 2mm x 1.25mm x 0.78mm. Operating temperature range from -55°C to 125°C for harsh conditions.
Nickel barrier terminations plated with tin ensuring excellent solderability. Meets standards including EIA 481, J-STD-020, IPC-7351, EIA 556, and EIA 624. Constructed with stacked multilayer design for increased capacitance.
Compatible with mobile phones, video tuners, and other electronic applications.
This Multilayer Ceramic Capacitor is ideal for electronic component manufacturing, mobile communications, industrial electronics, and other precision applications. Its robust specifications and standardized packaging facilitate seamless integration into production lines. Choose KEMET capacitors for trusted electrical performance in your electronic designs.
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