CL31C102JHHNNNE

The CL31C102JHHNNNE is a multilayer ceramic capacitor (MLCC) manufactured by Samsung, representing a reliable component choice for general-purpose circuit applications across industrial and consumer electronics sectors. This capacitor belongs to Samsung's established CL series, which has earned wide recognition for consistent performance and proven longevity in demanding environments. Multilayer ceramic capacitors like this part are fundamental building blocks in modern electronics, used primarily for energy storage, filtering, coupling, and decoupling functions on printed circuit boards. The "JHHNNNE" designation within the part number indicates specific characteristics regarding the capacitor's dielectric material, voltage rating, and packaging format. The SMD package type allows for efficient board-level integration in space-constrained designs, making it suitable for both handheld devices and larger industrial control systems. This capacitor would typically be found in power supply filtering stages, where it removes high-frequency noise from DC rails. It's also commonly used in signal coupling applications where AC signals must pass through a circuit while blocking DC components. Industrial applications frequently employ similar components in motor drives, power conversion equipment, and telecommunications infrastructure. The Samsung CL series has proven itself across consumer electronics, computer peripherals, automotive electronics, and industrial automation equipment. Engineers often specify Samsung CL series capacitors when they require a balance of cost-effectiveness, reliability, and performance consistency. The series is widely available through global distribution channels, which reduces supply chain risk compared to more specialized or exotic capacitor options. The established track record of these components means they appear in numerous reference designs and industry standards, facilitating design validation and reducing certification timelines. The robust construction of ceramic capacitors from this manufacturer makes them particularly suitable for environments with moderate temperature fluctuations and moderate humidity exposure typical of industrial facilities. Unlike electrolytic alternatives, ceramic MLCCs don't require polarization, simplifying circuit design and reducing installation errors. They also demonstrate excellent frequency response characteristics, making them suitable for high-speed digital circuits and RF applications requiring stable capacitance across operating ranges. When selecting the CL31C102JHHNNNE specifically, engineers benefit from Samsung's quality control processes and the component's proven performance history. This particular part number configuration represents a specific combination of electrical characteristics optimized for general-purpose applications where standard performance metrics are sufficient and cost-optimization is a practical consideration.