CL32B224KCHNNWE

The CL32B224KCHNNWE is a multilayer ceramic capacitor (MLCC) manufactured by Samsung, belonging to the CL series of general-purpose ceramic capacitors. This component is designed for use in a wide range of electronic circuits where stable capacitance, compact size, and cost-effectiveness are important design considerations. Multilayer ceramic capacitors like this part are fundamental passive components found in virtually every modern electronic device. They are used for energy storage, signal coupling and decoupling, filtering, and noise suppression across power supplies, audio circuits, RF applications, and digital electronics. The compact form factor and reliability of ceramic capacitors make them the industry standard for high-volume manufacturing in consumer electronics, industrial controls, telecommunications equipment, and automotive systems. The part number's coding indicates this is a surface-mount device in a 1206 package size (the "32" in the part number designates the 3.2mm × 2.5mm footprint), which has become the standard package for applications requiring moderate capacitance values with reasonable component density. This package size offers a balance between space efficiency and ease of handling during assembly, making it suitable for both automated pick-and-place manufacturing and hand assembly work. Samsung's CL series capacitors are engineered for reliable performance in commercial and industrial applications. These components offer stable electrical characteristics across operating temperature ranges typical for general-purpose electronics. The "CHNN" code within the part number indicates specific electrical characteristics related to the capacitor's dielectric material and rated voltage, which together define the component's performance envelope. Engineers typically specify this exact part number when a design requires a specific combination of capacitance value, package size, and voltage rating that matches the CL32B224KCHNNWE's characteristics. The Samsung manufacturer designation provides assurance of consistent quality and availability from a recognized supplier with established manufacturing processes and quality controls. The 1206 package size makes this part particularly popular for designs where board space is moderately constrained but component sourcing and manufacturability remain practical considerations. This capacitor would be suitable for inclusion in filtering networks, decoupling stages near integrated circuits, and general energy storage applications throughout industrial control systems, power management boards, and communications equipment. Its widespread adoption in commercial applications means engineers often specify it as a proven, readily available solution that integrates well with established PCB assembly processes and supply chain networks.