12062A330KAT2A

The AVX 12062A330KAT2A is a surface-mount multilayer ceramic capacitor (MLCC) designed for general-purpose filtering, coupling, and decoupling applications across a wide range of industrial and commercial electronics. This component belongs to AVX's established line of reliable ceramic capacitors widely recognized in the industry for consistent performance and availability. MLCCs are among the most commonly used passive components in modern electronics, functioning as energy storage and filtering elements in power supply circuits, signal conditioning networks, and high-frequency applications. The 12062 designation indicates this capacitor uses a 1206 package format, one of the most prevalent surface-mount sizes in industrial design. This standardized package offers a practical balance between compact board footprint and ease of handling during assembly, making it suitable for both high-volume manufacturing and prototype development. The "330K" marking identifies the capacitance value of this part. Capacitors in this range are typically employed in applications requiring moderate energy storage or AC coupling where specific frequency response characteristics are needed. AVX multilayer ceramic capacitors in this family are commonly specified in audio circuits, signal processing equipment, power conversion stages, and general-purpose filtering applications. Engineers select this specific part number for several practical reasons. AVX capacitors are manufactured to rigorous quality standards with established track records in mission-critical applications. The 1206 package size provides sufficient capacitance density while remaining compatible with standard automated assembly equipment and typical PCB routing constraints. For designers working with established component qualification requirements or existing bill-of-materials frameworks, specifying a known AVX part eliminates uncertainty regarding long-term sourcing and performance consistency. The multilayer construction of this capacitor provides stable behavior across temperature variations and frequency ranges typical of industrial environments. Unlike electrolytic alternatives, MLCCs contain no liquid electrolyte, offering superior reliability in applications subject to vibration, thermal cycling, or harsh operating conditions. This makes them preferred in automotive, industrial control, telecommunications, and aerospace-grade electronics where component longevity and predictable failure modes are critical. When evaluating alternatives, engineers often choose this part when existing designs already incorporate AVX components, when established supply chains are in place, or when the specific performance characteristics of this ceramic formulation match application requirements. The 1206 package also offers advantages over smaller alternatives when solder joint reliability is a concern, and advantages over larger packages when board space is constrained.