12067C472JAT2A

The AVX 12067C472JAT2A is a multilayer ceramic capacitor (MLCC) designed for general-purpose and industrial electronic applications. This component belongs to the common capacitor family used extensively in power supplies, signal conditioning circuits, filtering stages, and decoupling networks across consumer, industrial, and automotive electronics. Multilayer ceramic capacitors like this AVX unit are among the most widely used passive components in modern electronics due to their compact size, cost-effectiveness, and reliable performance across a broad temperature range. The 12067 designation indicates this capacitor uses a surface-mount package format, making it suitable for automated assembly on printed circuit boards. The ceramic dielectric material provides stable capacitance characteristics suitable for many general industrial applications where moderate to good stability is required. The "472" portion of the part number typically relates to the capacitance value within AVX's standard numbering scheme, placing this component in a range commonly used for filtering and coupling applications. These values are frequently selected by engineers for bypassing high-frequency noise, decoupling integrated circuits, or filtering switching power supply outputs. The "JAT2A" suffix indicates specific performance characteristics and packaging specifications within AVX's product line, denoting particular voltage ratings and tolerance classes typical of commercial-grade industrial components. Engineers often specify MLCC capacitors in this category for their reliability in harsh industrial environments, resistance to mechanical shock and vibration, and ability to maintain stable performance across operating temperature ranges common in manufacturing equipment, control systems, and power electronics. The multilayer construction provides excellent volumetric efficiency, allowing designers to meet capacitance requirements while maintaining compact board layouts—a critical consideration in space-constrained applications. When selecting between alternative capacitors, engineers choose this AVX part based on several factors: proven reliability in production environments, established supply chain availability, compatibility with existing design standards, and the balance of performance characteristics and cost. The MLCC technology is preferred in industrial applications over alternatives like electrolytic capacitors in many positions because it offers longer operational life, better frequency response, and superior stability under the thermal cycling common in factory automation and control equipment. This component is typically found in industrial control modules, distributed I/O systems, power conditioning circuits, signal processing equipment, and various embedded electronics used throughout manufacturing and process automation. Its straightforward performance profile and proven track record make it a standard choice for design engineers seeking reliable capacitor solutions for mainstream industrial applications.