CL31B152KGFNNNE

The CL31B152KGFNNNE is a multilayer ceramic capacitor (MLCC) manufactured by Samsung, representing a reliable choice for general-purpose filtering and decoupling applications across industrial and commercial electronics. This component belongs to Samsung's established ceramic capacitor family, designed to meet the needs of engineers requiring stable, cost-effective capacitance solutions in compact form factors. Multilayer ceramic capacitors like this part are fundamental building blocks in modern electronic circuits. They function as energy storage and filtering elements, effectively smoothing voltage ripple, decoupling power supplies, and blocking DC while passing AC signals. Their small physical footprint combined with reasonable capacitance values makes them ideal where space constraints are critical, yet performance requirements are well-defined. The part number structure indicates this is a surface-mount device (SMD) in a standard chip package, typical of components used on densely populated printed circuit boards in industrial equipment, telecommunications infrastructure, consumer electronics, and embedded systems. Engineers commonly specify ceramic capacitors in power distribution networks, signal conditioning circuits, and RF/analog filter stages where the predictable, stable behavior of multilayer ceramic technology provides advantages over alternative capacitor types. Ceramic capacitors from established manufacturers like Samsung are favored in professional and industrial applications because they offer consistent electrical characteristics across manufacturing batches, reliable long-term performance, and widespread design reference in engineering communities. The CL31B series designation suggests this part occupies a specific performance tier within Samsung's portfolio, making it suitable for applications where general-purpose capacitance is needed rather than specialized high-voltage, high-temperature, or extreme-tolerance requirements. Engineers might select this exact part number when they need to balance several practical considerations: proven supplier reliability, availability across multiple distribution channels, compatibility with standard SMD assembly processes, and the assurance that the component has established use history in similar applications. Ceramic capacitors can degrade or shift characteristics under certain electrical stresses or temperature extremes, so specifying a part from a recognized series used in comparable designs reduces design risk. Typical mounting and handling practices for ceramic chip capacitors apply, including protection from mechanical shock during assembly and awareness that capacitance values can vary with applied voltage—a characteristic inherent to ceramic dielectric materials. This part would typically be ordered in volume reels for automated assembly into modern manufacturing environments. For specific electrical ratings, dimensional details, environmental performance specifications, and recommended circuit design guidance, consultation of the manufacturer's technical documentation is recommended during the design phase.