KEMET CBR04C120J5GAC is a high-quality multilayer ceramic capacitor engineered for surface mount applications requiring precise capacitance and reliable voltage handling. It features a capacitance of 12 pF, a voltage rating of 50V dc, and a tight tolerance of ±5%, making it suitable for electronic circuits demanding stability and accuracy.
This capacitor is housed in a compact 0402 package with length of 1 mm, width of 0.5 mm, and height of 0.5 mm, enabling space-efficient PCB designs. The C0G dielectric ensures minimal capacitance variation over temperature and frequency, ideal for precision filtering and timing applications.
Designed according to the AEC-Q200 standard, this component meets automotive reliability requirements and operates reliably within a wide temperature range from -55°C to 125°C. Its stacked construction and solder termination facilitate robust surface mounting, while Tape & Reel packaging supports high-volume automated assembly.
The capacitor complies with recognized industry standards including EIA 556, EIA 481, J-STD-020, IPC-7351, and EIA 624, ensuring compatibility and quality assurance in demanding industrial, automotive, consumer electronics, and communication equipment environments.
Capacitance value of 12 pF suitable for precision circuits. 50V dc voltage rating for reliable electrical performance. ±5% tolerance for consistent capacitance accuracy. Compact 0402 package enables high density PCB layouts.
AEC-Q200 qualified for automotive applications. C0G dielectric with superior temperature stability. Operating temperature from -55°C to 125°C for harsh conditions. Stacked construction and solder termination for SMT. Tape & Reel packaging compatible with automated assembly.
Compliant with EIA, J-STD, and IPC standards.
This Multilayer Ceramic Capacitor is ideal for industrial electronics, automotive systems, telecommunications, and consumer devices requiring stable capacitance and robust performance. Discover more KEMET MLCCs and related electronic components in the EnvMart catalog for optimized circuit design and manufacturing efficiency.
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