CL32B106KBJNNNF

The CL32B106KBJNNNF is a multilayer ceramic capacitor (MLCC) manufactured by Samsung, designed for general-purpose energy storage and filtering applications in electronic circuits. This component belongs to the broad family of ceramic capacitors that are fundamental building blocks in modern electronics, serving critical roles in power supply filtering, signal coupling, decoupling, and noise suppression across countless industrial and consumer applications. Multilayer ceramic capacitors like this model are constructed from alternating layers of ceramic dielectric material and metal electrodes, stacked and fired together to create a compact package with high capacitance density. This construction method allows manufacturers to achieve significant capacitance values in very small form factors, making ceramic capacitors the dominant choice for high-volume circuit board assembly where space constraints and cost efficiency are important considerations. The "CL32B" designation indicates this capacitor belongs to Samsung's established MLCC series, with the "32" typically referring to a specific package size and series family within their product line. The "106" in the part number denotes the capacitance value in the standard three-digit code format used across the industry. The "K" specifies the tolerance band within which the actual capacitance will fall relative to the marked value. The "BJN" suffix indicates specific material composition, voltage rating, and performance characteristics tailored for standard industrial applications. Engineers and procurement specialists commonly specify this exact part number in designs where the combination of capacitance value, voltage rating, package size, and temperature stability meet specific circuit requirements. The MLCC construction provides excellent high-frequency performance, making these capacitors suitable for bypass and decoupling applications in digital circuits, analog signal processing, and power conversion equipment. Samsung's CL32B series has achieved wide acceptance in industrial design because of its reliable performance across standard operating temperature ranges and its compatibility with standard surface-mount assembly processes. This component would typically be found in power distribution networks on circuit boards, filtering stages in switched-mode power supplies, coupling networks in amplifier circuits, and suppression stages in control electronics. Industries utilizing this part include automotive electronics, industrial automation, telecommunications infrastructure, consumer electronics, and renewable energy systems. The standardized package and proven design make it a dependable choice for engineers designing systems that require stable, compact energy storage without specialized performance requirements.