CL10B224KO8NNNL

The CL10B224KO8NNNL is a multilayer ceramic capacitor (MLCC) manufactured by Samsung, representing a reliable passive component widely used across industrial electronics, telecommunications, consumer devices, and automotive applications. This component belongs to the general class of ceramic capacitors, which are essential for energy storage, filtering, decoupling, and signal conditioning in electronic circuits. Multilayer ceramic capacitors function by storing electrical charge across multiple thin layers of ceramic dielectric material interleaved with metal electrodes. Their compact size, low cost, and stable performance across varying conditions make them ideal for high-volume manufacturing and cost-sensitive applications. The CL10B series specifically features a 0402 package format (1.0mm x 0.5mm), one of the most common footprints in modern electronics. This compact surface-mount package allows for dense component placement on printed circuit boards, enabling miniaturized device designs while maintaining easy automated assembly. Samsung's CL10B series capacitors are designed for general-purpose applications where moderate performance characteristics and cost-effectiveness are balanced priorities. These capacitors typically serve in power supply circuits, where they filter ripple and stabilize voltage rails; in signal processing stages, where they couple or block DC signals; and in high-frequency applications, where they provide impedance management. The 0402 package size makes them particularly suitable for portable electronics, IoT devices, and other space-constrained applications where board real estate is at a premium. Engineers specify this exact part number when they require a proven, readily available ceramic capacitor with the specific dimensional and electrical characteristics of the CL10B series in 0402 packaging. Samsung's established manufacturing reputation and wide distribution network ensure consistent supply and predictable performance. The standardized package format simplifies circuit design and PCB layout, while maintaining compatibility with industry-standard component placement equipment. Compared to alternative capacitor technologies, ceramic MLLCs like this part offer faster switching performance and lower parasitic inductance than electrolytic capacitors, making them preferable for decoupling applications near integrated circuits. They also provide superior high-frequency characteristics compared to film or tantalum alternatives, while occupying significantly less board space. However, ceramic capacitors can exhibit capacitance variation with applied voltage and temperature, a factor experienced engineers account for during circuit design. The CL10B224KO8NNNL represents a workhorse component in modern electronics manufacturing, selected for applications where reliability, miniaturization, and cost control converge as design priorities.