CL31B154KCHNNNE

The CL31B154KCHNNNE is a multilayer ceramic capacitor (MLCC) manufactured by Samsung, designed for use in a wide range of electronic applications where reliable energy storage and signal filtering are required. This component belongs to the common "0805" package family, representing a surface-mount form factor that is compact yet robust enough for demanding industrial and consumer electronics environments. Multilayer ceramic capacitors of this type are fundamental building blocks in modern circuit design, serving critical functions such as power supply decoupling, signal coupling and decoupling, noise filtering, and bypass applications. Engineers specify components like this across industries including telecommunications, automotive electronics, industrial control systems, power management circuits, and consumer electronics manufacturing. The part number designation indicates this is a ceramic capacitor with specific electrical characteristics optimized for general-purpose industrial applications. Samsung's MLCC products in this series are known for consistent performance, reliable long-term stability, and compliance with industry standards. The ceramic dielectric material provides good frequency response characteristics and stable capacitance across a range of operating conditions commonly encountered in field applications. This particular part number would typically be found in schematic designs where a mid-range capacitance value and standard voltage rating are needed. Engineers often select MLCCs like the CL31B154KCHNNNE when designing circuits that require components with proven reliability, established supply chains, and compatibility with standard automated assembly processes. The 0805 package size strikes an important balance between miniaturization and ease of handling, making it suitable for both prototype development and high-volume production environments. One key advantage of Samsung's MLCC offerings is their broad availability and standardization across manufacturing partners, reducing design risk and supply chain complexity. The component is RoHS compliant, meeting environmental regulations required in most modern electronics markets. Its construction provides good mechanical durability on printed circuit boards subjected to thermal cycling, vibration, and thermal shock—conditions common in industrial installations. Engineers evaluating alternatives might compare this part against other mid-range MLCCs when considering factors such as board space constraints, electrical performance requirements, operating temperature needs, and cost structure. The CL31B154KCHNNNE represents a balanced choice for applications where reliability and consistency matter more than extreme performance specifications, and where the 0805 form factor fits naturally within the circuit layout and assembly capabilities.