12065A122FAT2A

The AVX 12065A122FAT2A is a surface-mount multilayer ceramic capacitor (MLCC) designed for general-purpose filtering, decoupling, and signal coupling applications across industrial and commercial electronics. This component represents AVX's established line of reliable ceramic capacitors trusted in demanding industrial environments. Housed in a compact 1206 package format, this capacitor is soldered directly to printed circuit boards, making it ideal for high-density PCB layouts where space efficiency is critical. The 1206 footprint is one of the most widely adopted standard sizes in the industry, ensuring compatibility with existing design workflows and manufacturing processes. This standardization simplifies procurement, inventory management, and board assembly across multiple product lines. Multilayer ceramic capacitors like this part are foundational building blocks in modern electronics. They serve essential functions including power supply decoupling near integrated circuits, signal path coupling between amplifier stages, and high-frequency filtering in RF and analog circuits. Engineers rely on these capacitors to reduce noise, stabilize voltage rails, and improve overall circuit performance and reliability. The MLCC construction provides excellent frequency response and low equivalent series resistance (ESR), making it suitable for applications extending into the megahertz range. This AVX component is built with the manufacturer's standard dielectric materials and construction techniques, offering the dependability required in industrial control systems, telecommunications infrastructure, medical devices, and consumer electronics. The 1206 package provides a practical balance between component size and electrical performance, enabling engineers to meet both spatial constraints and electrical requirements without excessive trade-offs. When specifying the 12065A122FAT2A, engineers benefit from AVX's quality manufacturing standards, consistent part-to-part performance, and broad availability through established distribution channels. This particular combination of package size, manufacturer reputation, and standardized form factor makes it a logical choice for design teams seeking reliable ceramic capacitance in systems where component consistency and long-term availability matter. The specific capacitance value and voltage rating of this part number serve particular circuit requirements, and engineers should consult the full component specifications to confirm suitability for their exact application parameters. Typical use cases include decoupling ceramic capacitors in digital logic circuits, analog signal conditioning, power distribution networks, and general-purpose filtering where stable, predictable performance across temperature and frequency ranges is needed.