08055C473JAT2M

The AVX 08055C473JAT2M is a multilayer ceramic capacitor (MLCC) in the 0805 surface-mount package, a standard format widely used in modern electronics manufacturing. This component belongs to AVX's general-purpose capacitor portfolio and is designed for applications requiring compact, reliable energy storage and signal filtering in circuits with moderate voltage and current demands. Multilayer ceramic capacitors function by storing electrical charge across multiple ceramic layers, each with metallic electrodes, stacked to achieve higher capacitance in a small footprint. The 0805 package measures approximately 2.0mm by 1.25mm, making it suitable for high-density PCB layouts where space is constrained. This size has become an industry standard across consumer electronics, industrial control systems, telecommunications equipment, and automotive applications. The "C" designation in the part number indicates this capacitor uses a standard dielectric material formulation typical of general-purpose MLCCs. Components in this family are commonly specified for DC blocking, AC coupling, power supply filtering, noise decoupling, and timing circuit applications. They work effectively in circuits operating at moderate voltage levels and are suitable for both digital and analog signal processing environments. Engineers typically select AVX MLCCs in this package for their reliability, consistent performance across commercial and industrial temperature ranges, and proven track record in high-volume manufacturing. The 0805 format offers a practical balance between miniaturization and ease of handling during assembly, reducing manufacturing complexity compared to smaller packages while maintaining significant size advantages over larger alternatives. When choosing this specific part, engineers consider factors including the established quality standards of AVX as a manufacturer, the standardization of the 0805 package format which simplifies supply chain management, and compatibility with standard PCB assembly equipment and processes. This component is particularly valuable in applications where consistent availability and predictable performance are priorities, such as industrial automation, medical device electronics, and telecommunications infrastructure. The multilayer construction provides advantages in terms of voltage stability and frequency response compared to single-layer alternatives, making it suitable for filtering applications across a wide frequency spectrum. Designers often specify MLCCs like this one where cost-effectiveness, compact size, and reliable operation are simultaneously required, particularly in applications produced in moderate to high volumes where standardized components reduce design and procurement overhead.