CL32B475KOINNNE

The CL32B475KOINNNE is a multilayer ceramic capacitor (MLCC) manufactured by Samsung, representing a component class widely used in electronic circuits for energy storage, filtering, and signal coupling applications. This capacitor belongs to the CL series family, which is designed for general-purpose use across consumer electronics, industrial control systems, and telecommunications equipment. Multilayer ceramic capacitors like this model are constructed from alternating layers of ceramic dielectric material and metal electrodes, all stacked and sintered into a compact rectangular package. This construction method allows manufacturers to achieve relatively high capacitance values in a small physical footprint, making MLCCs ideal for modern compact electronic designs where space is at a premium. The "CL32" designation indicates this capacitor uses a 1206 package format, one of the most common surface-mount component sizes in industrial electronics. This standardized package makes the component compatible with automated assembly processes and breadboard prototyping, while remaining robust enough for production environments with vibration and thermal cycling. The 1206 form factor balances ease of handling and placement with adequate contact pad size for reliable solder connections. Samsung's CL-series capacitors are engineered for applications requiring stable performance across moderate temperature ranges and voltage conditions. These capacitors serve effectively in power supply filtering, decoupling circuits, signal processing, and timing applications found in industrial instrumentation, motor controllers, LED drivers, and embedded systems. Engineers frequently specify MLCCs in this family for general-purpose filtering where cost-effectiveness and reliability matter equally. Designers might select the CL32B475KOINNNE specifically when they need a capacitor that balances performance, size, and sourcing reliability. Samsung's long manufacturing history with this series means consistent availability and predictable quality across production batches, reducing supply chain risk for manufacturers running higher-volume assembly operations. The part's established presence in the supply chain also means design teams can reference proven field performance data from similar applications. When evaluating alternatives, engineers would compare this MLCC against other ceramic capacitor options, film capacitors for specific frequency requirements, or electrolytic capacitors for higher capacitance needs. The choice depends on circuit voltage requirements, frequency response characteristics, temperature stability needs, and physical space constraints. For many industrial control and general electronics applications, Samsung's CL-series MLCCs in 1206 packages represent a pragmatic middle ground between specialized high-performance capacitors and more economical generic alternatives.