12062A390FAT2A

The AVX 12062A390FAT2A is a surface-mount ceramic capacitor designed for industrial and commercial electronic applications. This component belongs to AVX's established line of multilayer ceramic capacitors (MLCCs), which are fundamental building blocks in modern electronics requiring compact, reliable energy storage and filtering solutions. Ceramic capacitors in this category serve multiple critical functions across diverse applications. They are commonly specified in power supply circuits for noise filtering and voltage stabilization, in signal conditioning circuits, and as coupling or decoupling elements in analog and digital systems. The surface-mount package format makes this part suitable for high-density PCB layouts where space constraints and automated assembly processes are priorities in manufacturing. The "12062A" designation indicates this capacitor uses a 1206 case size (metric 3216), a standard dimension widely adopted across the electronics industry. This particular size strikes a practical balance between component footprint and handling characteristics during pick-and-place assembly operations. The "390F" portion of the part number indicates the capacitance value and voltage rating typical within AVX's product classification system. The "AT2A" suffix specifies the specific dielectric formulation, temperature coefficient, and packaging details relevant to this exact variant. Engineers typically specify AVX ceramic capacitors when reliability, temperature stability, and established supply chain predictability are priorities. AVX capacitors are recognized for consistent manufacturing quality and proven performance across demanding industrial environments. The specific formulation of this part makes it suitable for applications where moderate temperature ranges and stable capacitance characteristics over the component's operational life are required. This capacitor would be selected in preference to alternatives when the combination of its particular electrical characteristics, packaging specifications, and thermal properties align with circuit requirements. Common reasons for specifying this exact part include matching existing designs for continuity and compatibility, meeting specific voltage and capacitance requirements without over-specification, and leveraging established qualification history in particular end-use applications. Industrial buyers often source this component for equipment repair and maintenance, as well as for new manufacturing runs where established component selections reduce design validation time. The surface-mount format and standardized case size facilitate integration into modern manufacturing processes, whether for original equipment production or field service replacements.