12061C103K4T2A

The AVX 12061C103K4T2A is a multilayer ceramic capacitor (MLCC) designed for general-purpose energy storage, filtering, and signal coupling applications in electronic circuits. This component is part of AVX's established capacitor portfolio and represents a reliable choice for engineers seeking proven performance in industrial and commercial electronics. Multilayer ceramic capacitors like this unit function by storing electrical charge across multiple ceramic dielectric layers separated by metal electrodes. They are fundamental building blocks in power distribution networks, decoupling circuits, noise filtering, and AC/DC coupling applications. The compact package format makes these capacitors ideal for high-density printed circuit board designs where space constraints are a primary concern. The part number's designation indicates this is a surface-mount device in a standard 1206 package size, one of the most widely used form factors in modern electronics manufacturing. This standardized package ensures compatibility with conventional pick-and-place assembly equipment and allows engineers to maintain consistent procurement across multiple product designs. The 1206 footprint strikes a practical balance between miniaturization and ease of hand-rework or repair in field service scenarios. AVX MLCCs in this series are commonly specified in power management circuits, consumer electronics, telecommunications infrastructure, industrial control boards, and automotive applications. Their versatility stems from broad availability in various capacitance values and voltage ratings, allowing design flexibility across different circuit requirements. These capacitors are particularly valued in applications requiring high volumetric efficiency and long-term reliability. Engineers typically select this part family when they need proven, cost-effective capacitor solutions with established supply chain support. The widespread industry adoption of AVX's MLCC portfolio means design reference materials, application notes, and compatible footprints are readily available. This reduces design cycle time and simplifies qualification processes for companies with multiple product lines. The multilayer construction provides inherent advantages including stable performance across operating temperature ranges typical for industrial environments, resistance to mechanical shock and vibration, and minimal capacitance drift during the component's operational lifetime. These characteristics make MLCCs particularly suitable for harsh industrial settings where robustness is critical. For circuit designers evaluating alternatives, this AVX part offers the combination of proven reliability, standardized packaging, broad voltage rating availability, and established global distribution. Whether for new product development or replacement in legacy systems, this capacitor represents a dependable solution for fundamental energy storage and signal conditioning requirements in diverse industrial electronic applications.