CL31B104KEHNFNE

The CL31B104KEHNFNE is a multilayer ceramic capacitor (MLCC) manufactured by Samsung, representing a standard component in the CL31 series designed for general-purpose applications in electronics. This capacitor type is widely used in industrial control systems, consumer electronics, telecommunications equipment, and computer peripherals where reliable energy storage and signal filtering are required. Multilayer ceramic capacitors like this model function as energy storage and filtering elements within circuits. They smooth voltage ripples, decouple power supplies, block DC while passing AC signals, and filter high-frequency noise in analog and digital applications. The CL31 series represents Samsung's mainstream offering for applications requiring robust performance at competitive cost. The part number structure indicates this is a surface-mount device, making it suitable for automated assembly processes used in high-volume manufacturing. The ceramic dielectric composition and construction method determine the capacitor's electrical characteristics, stability across temperature ranges, and reliability in demanding environments. Samsung's CL31 series components are recognized for consistent quality and availability across global supply chains, which makes them a preferred choice for engineers designing products with long production lifecycles. Engineers typically specify the CL31B104KEHNFNE when design requirements call for a capacitor that balances performance, size constraints, and cost efficiency. The specific variant designation within the part number encodes particular electrical parameters and packaging details that make this component suitable for specific circuit configurations. When compared to alternatives, this particular part offers the combination of Samsung's manufacturing consistency, appropriate performance class for mid-range applications, and established market availability. Common application environments for capacitors in this series include power supply circuits, signal conditioning stages, decoupling networks near integrated circuits, and noise suppression in mixed-signal designs. The component's construction and materials provide stable operation across typical industrial temperature ranges, making it suitable for factory automation, HVAC systems, industrial instrumentation, and similar environments where reliability is essential. For engineers evaluating this part, the key consideration is ensuring that the specific electrical characteristics encoded in the complete part number match the circuit requirements for capacitance value, voltage rating, and tolerance. The surface-mount package format supports modern manufacturing standards while maintaining compatibility with established design practices in industrial electronics.