CL32A226KOINNNE

The CL32A226KOINNNE is a multilayer ceramic capacitor (MLCC) manufactured by Samsung, representing a reliable passive component solution for demanding industrial and commercial electronics applications. This capacitor is part of Samsung's established line of high-performance ceramic capacitors designed to meet stringent requirements in modern electronics manufacturing. Multilayer ceramic capacitors like this unit serve as essential energy storage and filtering components in countless applications. They are commonly found in power supply circuits, signal coupling and decoupling applications, noise filtering stages, and timing circuits across industrial control systems, telecommunications equipment, automotive electronics, and consumer electronics. The compact form factor and robust construction make MLCCs particularly suitable for space-constrained designs where reliability cannot be compromised. The CL32A226KOINNNE employs a ceramic dielectric material system that provides stable capacitance performance across operating conditions typical of industrial environments. Samsung's manufacturing standards ensure consistent quality and reproducibility, which is critical for engineers designing mission-critical systems where component failure poses significant operational risk or safety concerns. The part number designation indicates this capacitor belongs to Samsung's established ceramic capacitor family, with the specific alphanumeric code providing precise specification information regarding its electrical rating, voltage class, and packaging configuration. The component is housed in a surface-mount package format compatible with modern PCB assembly processes, allowing for efficient automated placement and soldering during manufacturing. Engineers typically specify this exact part number when their circuit design calculations indicate a requirement for the specific capacitance value and voltage rating this component provides. Samsung MLCCs are widely recognized across the electronics industry for consistent performance, long-term reliability, and widespread availability through authorized distribution channels. This widespread use and proven track record reduce design risk and simplify supply chain management compared to sourcing from less-established manufacturers. The selection of this particular part reflects careful engineering consideration of several factors: the required capacitance value for the circuit's filtering or energy storage function, the voltage stress the component must withstand in its application, the operating temperature range the device will experience, and the physical space available on the circuit board. Samsung's quality control processes and adherence to international electronics standards make this component suitable for applications where long-term field reliability is essential and replacement costs or downtime represent significant economic concerns. For engineers evaluating this component for procurement, the established history of Samsung ceramic capacitors in comparable applications, combined with the component's proven performance characteristics within its specified class, makes it a practical choice for industrial system design.