CL31C100JHFNFNE

The CL31C100JHFNFNE is a multilayer ceramic capacitor (MLCC) manufactured by Samsung, representing a reliable solution for general-purpose capacitive filtering and energy storage applications across industrial and commercial electronics. As a ceramic capacitor in the CL series family, this component is designed for use in a wide range of circuit applications where stable capacitance performance and compact form factor are required. Multilayer ceramic capacitors are among the most widely used passive components in modern electronics due to their small size, cost-effectiveness, and consistent electrical characteristics across temperature and frequency ranges. The part number designation indicates this capacitor belongs to Samsung's established product line, which has been extensively qualified for use in consumer, industrial, and telecommunications equipment. The CL31 series positions this capacitor for mid-range general industrial applications. Engineers typically specify components from this family in power supply filtering stages, decoupling circuits near digital logic and processor pins, timing circuits, and signal conditioning applications. The ceramic dielectric material provides stable performance across typical industrial operating temperature ranges, making it suitable for equipment that may experience moderate thermal cycling or ambient temperature variation. One key advantage of selecting a specific Samsung part number like the CL31C100JHFNFNE is consistency and traceability. Engineers working on designs requiring component qualification, such as medical devices, automotive electronics, or industrial control systems, benefit from established manufacturing documentation and performance history. Samsung MLCCs are produced under standardized processes with extensive quality control, which is particularly valuable when designs require long-term supply stability or compliance with industry standards. Compared to alternative capacitor technologies, ceramic capacitors offer superior frequency response and lower parasitic inductance compared to electrolytic or film capacitors, making them ideal for high-frequency decoupling. They also occupy minimal board space, a critical consideration in densely populated industrial circuit designs. The compact package format allows engineers to optimize PCB layout while maintaining adequate capacitive filtering near noise-sensitive components. This capacitor would typically be found in industrial power management circuits, embedded systems, control boards, sensor interfaces, and similar applications where reliable, space-efficient capacitive performance is essential. Its established position in Samsung's catalog means it has been validated across diverse operating conditions and integration scenarios, reducing design risk for engineers specifying components for production equipment. For engineers evaluating this part, the combination of proven manufacturing reliability, compact form factor, and stable performance characteristics across industrial temperature ranges makes it a practical choice for integration into robust industrial electronic designs.