CL32F106Z0HNNNE

# CL32F106Z0HNNNE Product Description The CL32F106Z0HNNNE is a multilayer ceramic capacitor (MLCC) manufactured by Samsung, designed for use in a wide range of electronic applications requiring reliable energy storage and signal coupling. As a ceramic capacitor, this component utilizes stacked layers of ceramic dielectric material with metal electrodes to achieve stable capacitance in a compact form factor. This particular part is housed in a 1210 package (12mm × 10mm), a widely adopted surface-mount format that balances board space efficiency with adequate component size for industrial-grade applications. The 1210 package allows for reliable soldering and handling during automated assembly processes while providing good thermal characteristics for sustained performance in demanding environments. Samsung's CL32 series represents a mature product family optimized for general-purpose industrial and consumer electronics. Components in this series are frequently specified for filtering, decoupling, and coupling applications across power supply circuits, audio equipment, communication devices, and control systems. The ceramics used in this family typically offer stable performance across a reasonable temperature operating range, making them suitable for both room-temperature and moderately elevated thermal environments. Engineers often select this part number when they require a standard-value ceramic capacitor with proven reliability in high-volume manufacturing. The established production history of Samsung's CL32 series means consistent availability, predictable performance characteristics, and compatibility with standard PCB assembly workflows. For applications where cost-effectiveness and widespread use documentation matter, this part provides a well-validated solution rather than requiring engineers to qualify alternative or newer component families. The "Z" designation in the part number indicates the voltage and temperature coefficient classification, which affects how the capacitor's performance varies across operating conditions. This classification helps engineers ensure the component will maintain acceptable performance throughout the intended operating environment. Typical reasons an engineer would specify this exact part include its proven track record in existing designs that require volume replacements, its availability through established distribution channels, and compatibility with legacy PCB layouts where the 1210 footprint is already implemented. For new designs, this part remains a sensible choice when standard capacitor values and package types suffice, avoiding unnecessary redesign complexity or qualification of premium component families. Whether used in industrial control boards, telecommunications equipment, or consumer electronics requiring moderate-performance capacitor solutions, the CL32F106Z0HNNNE serves as a dependable component in the capacitor engineer's toolkit.