1808WC152KAT1A

The 1808WC152KAT1A is a multilayer ceramic capacitor (MLCC) manufactured by AVX, one of the leading suppliers of passive electronic components for industrial and commercial applications. This component belongs to the 1808 package family, which uses metric dimensions of 4.5mm x 3.2mm, making it suitable for both through-hole and surface-mount assembly configurations where compact form factors are required without sacrificing capacitance density. Multilayer ceramic capacitors are fundamental building blocks in modern electronic circuits, valued for their stability, reliability, and cost-effectiveness across a wide range of operating conditions. The 1808 package strikes a practical balance between size and performance, making it a popular choice in applications where board space is constrained but robust capacitive performance is necessary. These capacitors are widely used in industrial control systems, power supply circuits, signal filtering, decoupling applications, and electromagnetic compatibility (EMC) filtering stages. AVX's 1808 series capacitors are engineered for industrial-grade performance and are commonly specified in applications requiring long-term reliability and consistent electrical behavior across temperature and voltage variations. The ceramic dielectric materials used in this series provide stable capacitance values and low equivalent series resistance (ESR), making them suitable for high-frequency filtering and power distribution networks where transient response is important. An engineer would select the 1808WC152KAT1A for applications requiring a specific capacitance value within the 1808 package envelope when alternatives such as smaller packages cannot provide the necessary capacitance, or when the combination of package size, cost, and performance characteristics aligns with design requirements. The WC designation typically indicates a specific dielectric class offering particular temperature stability and voltage rating characteristics relevant to the application. This part would be specified in preference to alternatives when PCB real estate must be optimized while maintaining adequate energy storage or filtering capability in circuits handling industrial power, timing, or signal integrity concerns. These capacitors are used extensively in manufacturing equipment, motor drives, renewable energy systems, telecommunications infrastructure, and various industrial automation platforms where proven reliability and stable performance across operating temperature ranges are essential requirements. Their widespread adoption reflects their suitability for harsh industrial environments and demanding long-term operational use.