CL31B106KQHNNNE

The CL31B106KQHNNNE is a multilayer ceramic capacitor (MLCC) manufactured by Samsung, representing a reliable component commonly found in consumer electronics, industrial control systems, and telecommunications equipment. This capacitor belongs to Samsung's established CL series family, which has been widely adopted across numerous applications requiring compact, cost-effective capacitive solutions. Multilayer ceramic capacitors like this model function as energy storage and filtering components within electronic circuits. They are designed to smooth voltage fluctuations, block direct current while passing alternating current, and provide noise suppression in power supply circuits. The compact form factor makes them ideal for space-constrained applications where board real estate is at a premium. The part number structure indicates this is a surface-mount device, typical of modern electronics manufacturing. Samsung's CL series capacitors are engineered for general-purpose applications and represent the mid-range performance segment of ceramic capacitor technology. These components are particularly valued in applications where standard performance meets cost considerations, making them suitable for high-volume production runs in consumer and industrial markets. Common application areas for capacitors of this type include audio equipment, power management circuits, signal conditioning modules, and various consumer appliances. Industrial applications frequently incorporate similar components in motor control boards, sensor interfaces, and communication modules. The ceramic dielectric material provides stable performance across normal operating temperature ranges while maintaining reasonable capacitance values in a small footprint. Engineers typically specify Samsung CL series capacitors when they require a proven, readily available solution with established supply chain reliability. Samsung's manufacturing scale and quality control standards make these components attractive for applications where consistent performance and long-term availability are important considerations. The series has extensive design history across multiple industries, providing confidence in thermal stability and long-term reliability in production environments. The surface-mount construction allows for automated assembly using standard pick-and-place equipment, reducing manufacturing costs and assembly time compared to through-hole alternatives. This package style integrates seamlessly into modern PCB layouts and soldering processes, whether using traditional reflow or selective soldering methods. For engineers evaluating component options, this capacitor represents a balanced choice between performance, cost, and availability. Its widespread use in production electronics demonstrates proven reliability in demanding applications. When reviewing alternatives, designers should consider their specific circuit requirements, operating temperature conditions, and voltage ratings needed for their particular application to ensure optimal component selection.