CL05A823KP5NNNC

The CL05A823KP5NNNC is a multilayer ceramic capacitor (MLCC) manufactured by Samsung, part of the company's general-purpose thin-film capacitor product line. This component is widely used in consumer electronics, industrial control systems, telecommunications equipment, and embedded computing applications where reliable energy storage and filtering are required. Multilayer ceramic capacitors are fundamental building blocks in modern electronic circuits. They serve multiple critical functions including power supply filtering, signal coupling and decoupling, noise suppression, and timing circuit applications. The CL05A823KP5NNNC, as an MLCC, provides excellent performance across a broad frequency range, making it suitable for both DC and AC circuit requirements. This particular part is housed in a 0402 package, which is one of the most commonly used surface-mount sizes in industrial and commercial electronics. The compact form factor allows for high-density circuit board layouts while maintaining the mechanical robustness needed for manufacturing and field deployment. Samsung's MLCC products are recognized for consistent quality and reliability across automotive, industrial, and general electronics segments. Capacitors in this family typically feature stable capacitance values across temperature ranges and maintain stable performance over extended operating life, making them suitable for applications where long-term reliability is non-negotiable. The monolithic ceramic construction provides inherent mechanical strength, protecting against vibration and thermal cycling stress that can occur in industrial environments. Engineers and procurement specialists select this specific part number for several practical reasons. First, the 0402 package size is ubiquitous in modern PCB design, simplifying layout and reducing assembly complexity. Second, Samsung's manufacturing processes ensure consistent electrical performance and tight quality control, reducing the risk of field failures due to component variation. Third, the MLCC technology offers excellent price-to-performance value compared to alternative capacitor types, particularly when high volumes are required. For circuits requiring numerous filtering and coupling capacitors, specifying standard components like the CL05A823KP5NNNC can streamline procurement, reduce design complexity, and ensure compatibility across production batches. This component is equally suitable for prototype development, small-batch custom manufacturing, and high-volume industrial production. Its widespread adoption in the industry means that design engineers can reference established application circuits and proven layouts, reducing design cycle time and risk. Whether integrated into legacy systems requiring component replacement or specified in new designs, the CL05A823KP5NNNC represents a reliable, standard choice for general-purpose capacitive applications in electronic equipment.