1825CC473JAT1A

The 1825CC473JAT1A is a multilayer ceramic capacitor (MLCC) manufactured by AVX, a leading supplier of passive electronic components. This capacitor is designed for general-purpose filtering, decoupling, and energy storage applications across a wide range of industrial and commercial electronic equipment. Multilayer ceramic capacitors like this part are fundamental building blocks in modern electronics, used extensively in power supplies, signal conditioning circuits, audio equipment, telecommunications systems, and industrial control boards. Engineers rely on MLCCs for smoothing voltage ripple, bypassing high-frequency noise from power rails, coupling and decoupling signals between circuit stages, and stabilizing oscillator circuits. The ceramic dielectric material provides stable performance across typical operating conditions while maintaining a compact footprint. This particular part belongs to AVX's established MLCC product family, which is recognized in the industry for consistent quality and reliable performance in mainstream applications. The "1825" designation indicates the component uses a surface-mount chip package size, allowing for high-density circuit board layouts common in modern equipment. The ceramic formulation and construction deliver the predictable, stable capacitance values that engineers need for frequency filtering and noise suppression tasks. Engineers typically specify this exact part number when they need a standard ceramic capacitor that offers proven reliability at a competitive cost point. The part's position in AVX's portfolio makes it suitable for applications where performance requirements are well-defined and cost-effectiveness matters. Manufacturing consistency across production runs helps simplify qualification and procurement processes for contract manufacturers and OEMs. The component's construction and materials provide suitable performance for typical industrial environments, including modest temperature variation and standard humidity conditions found in factory automation, HVAC controls, power distribution equipment, and similar applications. The ceramic material is inherently stable and resistant to aging, making it appropriate for long-term deployment in stationary equipment. When designing circuits that require capacitive filtering or energy storage, engineers can confidently specify this AVX part as a dependable solution that balances performance, size, and cost. Its widespread adoption across industrial applications means design engineers often have existing reference designs and application notes available, reducing development time and risk. For OEMs and contract manufacturers managing component inventories, this mainstream part number typically offers good availability and consistent supplier support compared to more specialized or exotic alternatives.