08053A472FAT2A

The AVX 08053A472FAT2A is a thin-film chip capacitor designed for precision applications requiring stable capacitance and low loss characteristics. This surface-mount component belongs to the 0805 package family, one of the most widely adopted sizes in modern electronics for its balance between handling ease and board space efficiency. Thin-film capacitors from AVX are constructed using vacuum-deposited metal oxide technology, which delivers superior electrical stability compared to conventional ceramic or film alternatives. This manufacturing approach results in exceptionally low dissipation factors and minimal capacitance drift across temperature and frequency ranges, making these components particularly valuable in measurement instrumentation, signal conditioning circuits, and precision analog applications where component stability directly impacts system accuracy. The 0805 package format makes this part suitable for automated assembly processes commonly used in medium to high-volume production environments. Its compact footprint allows designers to maintain efficient PCB layouts while meeting the spatial constraints typical of modern industrial control systems, telecommunications equipment, and test and measurement devices. The mechanical robustness of this package style also provides good reliability in applications subject to vibration or thermal cycling. Engineers typically specify thin-film capacitors like this model in circuits where standard multilayer ceramic capacitors may introduce excessive noise, distortion, or frequency-dependent behavior. Common selection drivers include audio signal paths, precision timing circuits, sample-and-hold networks, filter applications, and feedback networks in operational amplifier designs. The superior performance characteristics justify the higher cost compared to bulk ceramic alternatives, particularly when capacitor performance directly affects overall system performance specifications. The AVX thin-film series is recognized in the industry for consistent manufacturing quality and predictable long-term behavior, factors that matter significantly in applications requiring high reliability or long operational life. These capacitors are suitable for lead-free soldering processes, an important consideration for modern manufacturing compliance and environmental standards. This component is commonly found in professional audio equipment, medical instrumentation, industrial sensor interfaces, and precision data acquisition systems where the cost of failure or performance degradation is high. Engineers evaluating this part should consider it for applications where capacitor stability, low distortion, and predictable aging characteristics are design requirements rather than secondary considerations.