12061A271FAT2A

The 12061A271FAT2A is a thin-film chip capacitor manufactured by AVX, belonging to the established 1206 passive component family. This part represents a standard surface-mount capacitor designed for high-reliability applications where precision, stability, and compact board integration are essential requirements. Thin-film capacitors like this unit are constructed using vacuum-deposited metal layers on ceramic or polymer substrates, delivering superior performance characteristics compared to conventional thick-film alternatives. The 1206 package format is one of the most widely adopted surface-mount sizes in modern electronics, offering an optimal balance between component footprint and handling convenience for automated assembly processes. This standardized dimensions make the part compatible with industry-standard pick-and-place equipment and reflow soldering techniques used in high-volume manufacturing. AVX thin-film capacitors are recognized across the electronics industry for excellent stability across temperature variations, low parasitic inductance, and minimal frequency-dependent capacitance drift. These characteristics make them particularly valuable in precision analog circuits, RF applications, high-speed digital designs, and instrumentation where capacitance consistency directly impacts circuit performance and accuracy. Engineers typically specify thin-film capacitors from this family in applications including medical device electronics, aerospace and defense systems, test and measurement instrumentation, communications equipment, and industrial control systems. The superior stability and low ESR characteristics are especially critical in signal conditioning circuits, decoupling networks for sensitive analog stages, and coupling applications where signal integrity cannot be compromised. The specific designation within the AVX 1206 thin-film series indicates particular capacitance and voltage rating combinations optimized for defined application segments. Designers choose this exact part when board space is constrained but performance requirements demand better temperature stability and tighter tolerance control than general-purpose ceramic alternatives provide. The thin-film construction also typically offers superior voltage coefficient behavior, meaning capacitance remains more stable across the component's rated voltage range compared to standard multilayer ceramic capacitors. For applications in harsh environments, medical implants, military systems, or any design where long-term reliability and predictable performance are non-negotiable, thin-film capacitors address requirements that standard passive components cannot meet within equivalent footprints. The 1206 package size remains the practical choice for designers balancing miniaturization with assembly efficiency and component accessibility for potential rework operations.