CL10A105KO5LNNC

The CL10A105KO5LNNC is a multilayer ceramic capacitor (MLCC) manufactured by Samsung, designed for general-purpose energy storage and signal coupling applications across consumer and industrial electronics. This component belongs to the CL10A series, a well-established family of capacitors widely recognized for reliable performance in standard operating environments. This capacitor is packaged in a 1206 case size (metric designation 3216), which represents a common surface-mount footprint that balances ease of handling with compact board layout. The 1206 package is large enough to accommodate reasonably robust construction while remaining practical for high-density PCB designs. Engineers frequently specify components in this package size because they offer good mechanical stability and are compatible with standard automated assembly equipment used in manufacturing facilities worldwide. The CL10A series represents Samsung's mainstream capacitor offering, positioned as a cost-effective solution for applications where extreme performance specifications are not required. These capacitors are suitable for decoupling, filtering, and general signal conditioning tasks in power supplies, audio circuits, industrial control boards, and consumer electronics. They perform well in environments with moderate temperature variation and standard humidity levels typical of indoor and light outdoor industrial installations. Key reasons engineers select this specific part number include its established reliability track record, availability across global supply chains, and compatibility with standard PCB assembly processes. The part's designation suggests it meets recognized standards for component classification and performance expectations, making it a straightforward specification choice for design engineers who prioritize supply chain stability and proven performance over specialized characteristics. The MLCC construction provides several practical advantages: these capacitors are compact, have no polarity requirements, offer stable performance across typical temperature ranges, and require no special handling compared to polarized alternatives. They tolerate board flexing during assembly and thermal cycling that occurs during normal product operation, making them suitable for equipment subject to vibration or repeated thermal stress. When selecting this particular part, engineers often consider its suitability for applications where capacitance values fall within the range served by the CL10A family, where standard temperature coefficients are acceptable, and where the 1206 package size fits board layout requirements. The part's established presence in manufacturer catalogues and distributor inventories makes long-term component sourcing more predictable compared to obsolete or highly specialized alternatives, an important consideration for products intended to remain in production or service for multiple years.