CL10A225KP8NN5C

The CL10A225KP8NN5C is a multilayer ceramic capacitor (MLCC) manufactured by Samsung, representing a component commonly found in consumer electronics, industrial control systems, and telecommunications equipment. This capacitor belongs to Samsung's established lineup of general-purpose ceramic capacitors designed for high-volume production applications where reliability and cost-effectiveness are balanced considerations. Multilayer ceramic capacitors serve as fundamental building blocks in modern electronic circuits, functioning to store electrical charge, filter signals, decouple power supplies, and stabilize voltage levels across various circuit nodes. The CL10A designation indicates this part falls within Samsung's compact surface-mount capacitor family, making it suitable for automated assembly on printed circuit boards where space efficiency is a priority. The "10A" in the part number reflects the physical case size, which corresponds to a 1.0mm x 0.5mm footprint—a standard 0402 metric package dimension. This miniature form factor allows designers to achieve high capacitor density on modern PCBs while maintaining compatibility with standard pick-and-place manufacturing equipment. The compact size makes this capacitor particularly valuable in applications where board real estate is constrained, such as mobile devices, portable medical instruments, and compact industrial controllers. The construction uses multiple layers of ceramic dielectric material interleaved with internal electrodes, a design approach that allows manufacturers to achieve significant capacitance values within a minimal physical volume. This technology inherently provides relatively high volumetric efficiency compared to other capacitor technologies for this class of application. Engineers typically specify this particular part number when the application requires a general-purpose capacitor with proven long-term reliability in mainstream consumer and industrial environments. Samsung's manufacturing volume and quality consistency make this component suitable for products where supply chain stability is important. The part's established presence in distribution channels and compatibility with standard PCB assembly processes often make it a practical choice for developers who need proven component availability and technical support. This capacitor would commonly be found in power distribution networks for integrated circuits, high-frequency filtering stages, bypass applications, and general-purpose decoupling roles. Its combination of small physical size, reasonable performance characteristics for non-demanding applications, and established market presence makes it a sensible specification for production volumes ranging from modest to very large quantities. Engineers selecting this part typically prioritize reliability, manufacturing compatibility, and cost optimization over specialized high-performance characteristics.