CL32B102KJFNNNE

The CL32B102KJFNNNE is a ceramic multilayer capacitor manufactured by Samsung, designed for general-purpose filtering and decoupling applications in electronic circuits. This component belongs to Samsung's established line of surface-mount capacitors widely used across industrial control systems, consumer electronics, and telecommunications equipment. As a ceramic capacitor, this component functions to store and release electrical charge, making it essential for power supply filtering, signal coupling, and noise suppression in circuits. The "CL" designation indicates Samsung's ceramic capacitor series, while the alphanumeric suffix provides specific information about the component's capacitance value, voltage rating, tolerance, and package configuration. The component uses a surface-mount package format, which is standard for modern electronic assembly. This packaging allows for automated placement on printed circuit boards, reducing assembly costs and enabling higher component density compared to through-hole alternatives. The compact form factor makes it particularly valuable in space-constrained applications where board real estate is premium. Ceramic capacitors like this unit are specified by engineers in applications requiring stable performance across typical industrial operating temperatures. They provide reliable energy storage and filtering in power management circuits, clock distribution networks, and analog signal conditioning stages. The material composition of ceramic capacitors offers excellent frequency response characteristics, making them suitable for both DC and AC circuit applications. Engineers typically select this specific part when they need a proven, readily available component with well-established performance characteristics. Samsung's ceramic capacitors have extensive documentation and proven field reliability across numerous applications, reducing design risk. The part's designation suggests it falls within a standard capacitance family, making it compatible with many common circuit designs and reference schematics used in industrial applications. This component is commonly found in switching power supplies, microcontroller-based control systems, LED drivers, and various industrial automation equipment. The use of ceramic dielectric material provides excellent temperature stability compared to some alternatives, and ceramic capacitors generally offer better high-frequency performance than electrolytic options, making them the preferred choice for bypass and decoupling roles near integrated circuits. For engineers evaluating alternatives, ceramic capacitors in this series offer a balance of cost-effectiveness, reliability, and performance suitable for mainstream industrial applications. The standardization of this component across multiple designs and manufacturers means engineers can often substitute compatible parts without major circuit redesign, though specific electrical characteristics should always be verified against application requirements.