CL32B106KPINFNE

The CL32B106KPINFNE is a multilayer ceramic capacitor (MLCC) manufactured by Samsung, designed for general-purpose filtering and decoupling applications in electronic circuits. This component belongs to Samsung's established family of surface-mount capacitors commonly used across industrial, consumer, and telecommunications equipment. This capacitor features a 1206 package size (metric designation 3216), which is a widely recognized standard form factor that balances ease of handling during assembly with reasonable board space efficiency. The 1206 package is popular in applications where engineers need moderate capacitance values in a compact footprint without requiring the smallest available components. The part is designed for automated pick-and-place assembly, making it suitable for high-volume manufacturing environments typical of industrial electronics production. Multilayer ceramic capacitors like this part are fundamental building blocks in modern electronics. They serve critical roles in power supply circuits for voltage regulation and noise filtering, in signal path conditioning to block DC while passing AC components, and in high-frequency applications where stable, predictable performance is essential. The ceramic dielectric material provides stable capacitance across a range of operating conditions, making MLCCs reliable choices for both analog and digital circuit designs. The "KPIN" designation in this part number indicates specific electrical characteristics within Samsung's product taxonomy. Engineers typically select capacitors from this family when they require a balance between cost-effectiveness and performance reliability. These components are frequently specified in switching power supplies, audio amplifier circuits, RF filter networks, and various industrial control systems where filtering unwanted signal components or stabilizing power delivery becomes necessary. Samsung's ceramic capacitors in this category are manufactured to consistent quality standards suitable for industrial applications. The components are compatible with standard PCB assembly processes, including both lead-free and traditional soldering methods. Their proven track record in countless deployed systems makes them a dependable choice for design engineers who need to minimize technical risk while meeting performance requirements. When selecting between alternative capacitors, engineers often choose this part because it represents a well-established solution with predictable behavior, straightforward sourcing through multiple distributors, and compatibility with existing manufacturing processes. The combination of compact package size, moderate capacitance range, and established design history makes this capacitor suitable for retrofit applications or new designs requiring proven component reliability.