12061A330GAT4A

The AVX 12061A330GAT4A is a multilayer ceramic capacitor (MLCC) designed for general-purpose filtering, decoupling, and energy storage applications across industrial and commercial electronics. As a surface-mount component in the 1206 package size, it offers a practical balance between capacitance density and ease of assembly on modern printed circuit boards. This capacitor belongs to AVX's established MLCC family, which has been widely adopted in power distribution networks, signal conditioning circuits, and stable voltage supply applications. The 1206 package format—measuring 3.2mm by 1.6mm—is one of the most common configurations in industrial electronics, making it familiar to design and manufacturing teams. This standardization simplifies procurement, assembly logistics, and board design workflows. The part number suffix indicates this is a general-purpose capacitor suitable for standard industrial temperature ranges and voltage ratings typical of consumer and industrial equipment. Engineers commonly specify this type of component in applications where cost-effectiveness and proven reliability are priorities, such as power supplies, audio equipment, instrumentation, telecommunications infrastructure, and motor control boards. The MLCC technology provides excellent stability across typical operating conditions and good high-frequency performance compared to older film or electrolytic alternatives. One key reason engineers select components from AVX's 1206 MLCC lineup is the manufacturer's reputation for consistent quality and long-term production continuity. These capacitors undergo rigorous qualification testing and are widely used in designs that require proven, traceable components for regulatory compliance or mission-critical applications. The multilayer ceramic construction offers good mechanical robustness and resistance to temperature cycling, which matters in industrial environments subject to thermal stress. The surface-mount format allows for high-density PCB layouts and automated assembly processes, reducing manufacturing costs compared to through-hole alternatives. This makes the 1206 package attractive for both prototype development and high-volume production runs. Additionally, ceramic capacitors generate minimal noise and have minimal parasitic effects at typical industrial operating frequencies. For engineers evaluating alternatives, this part represents a standard, off-the-shelf solution with established supply chains and manufacturing processes. It competes in the broad category of general-purpose MLCCs and serves applications where standardization and cost per unit are important considerations alongside performance requirements.