12061A471GAT2A

The AVX 12061A471GAT2A is a multilayer ceramic capacitor (MLCC) designed for general-purpose applications in electronic circuits. This component is part of AVX's established capacitor portfolio and serves as a passive energy storage and filtering element in a wide range of industrial, consumer, and telecommunications equipment. Multilayer ceramic capacitors like this part are fundamental building blocks in modern electronics, used for decoupling, coupling, filtering, and noise suppression across power supplies, signal processing circuits, and digital logic boards. The 12061A471GAT2A designation indicates this is a surface-mount device in a standard package format, making it suitable for automated assembly processes and compact PCB layouts common in industrial control systems, power management modules, and communication equipment. The "471" in the part number typically references the capacitance value, while the alphanumeric suffix provides information about the specific material composition, voltage rating, and tolerance class within AVX's product family. AVX MLCC components are generally manufactured using advanced ceramic materials and multi-layer construction techniques that provide stable performance across varying operating conditions. These capacitors are commonly found in applications requiring reliable energy storage, AC filtering, or high-frequency signal decoupling where consistent electrical characteristics are essential. Engineers typically specify a particular AVX MLCC part number rather than selecting generic alternatives when application requirements demand specific combinations of capacitance value, voltage rating, temperature stability, and physical package constraints. The surface-mount format of this component allows it to be efficiently placed on modern PCBs alongside other miniaturized components, reducing assembly costs and board real estate while maintaining electrical performance. The established design of AVX's capacitor lines means extensive field history and predictable long-term reliability, factors that matter significantly in industrial and critical equipment applications. This component would be appropriate for incorporation into power distribution networks, analog signal conditioning circuits, switching power supplies, and various industrial automation platforms where stable capacitive performance is required. Its standardized package and well-documented characteristics make it a practical choice for design engineers developing equipment that must meet durability and performance standards in demanding environments. For specific electrical parameters, recommended operating conditions, and detailed performance curves relevant to your particular application, consultation with the manufacturer's technical documentation is recommended.