0805YD824MAT2A

The AVX 0805YD824MAT2A is a multilayer ceramic capacitor (MLCC) designed for general-purpose applications in modern electronic circuits. This component belongs to AVX's 0805 package family, one of the most widely used surface-mount capacitor formats in industrial and consumer electronics manufacturing. Multilayer ceramic capacitors are fundamental passive components that store and regulate electrical energy within circuits. They are essential for filtering, decoupling, energy storage, and signal coupling applications across virtually every type of electronic equipment. The 0805 package format represents a standardized footprint approximately 2.0 millimeters by 1.25 millimeters, making it compact enough for dense circuit board layouts while remaining large enough for reliable manufacturing and repair processes. AVX is recognized as a leading manufacturer of ceramic capacitors, known for consistent quality and reliability in industrial applications. The 0805YD series represents a mainstream product line suitable for cost-sensitive applications where standard performance levels are acceptable. This component is typically employed in consumer electronics, industrial control systems, telecommunications equipment, automotive circuits, and various embedded systems where high-volume manufacturing and proven reliability are priorities. The "YD" designation within the part number generally indicates specific characteristics related to the capacitor's dielectric material composition and electrical class. This series typically offers reasonable capacitance values with standard voltage ratings, making it suitable for general filtering and decoupling roles rather than specialized high-voltage or high-capacitance applications. Engineers and procurement specialists select the 0805YD824MAT2A for several practical reasons. First, the 0805 package remains one of the most standardized formats, ensuring broad compatibility with existing design tools, manufacturing equipment, and assembly processes. Second, AVX's manufacturing scale and distribution network typically provide reliable availability and consistent lead times compared to more exotic alternatives. Third, this component offers an optimal balance between cost and performance for mainstream applications, avoiding unnecessary expense on premium specifications when standard performance suffices. The surface-mount design allows for automated assembly on standard pick-and-place equipment, reducing manufacturing costs and improving production efficiency. This makes the part particularly valuable in high-volume production environments where assembly automation is standard. For engineers designing new equipment or refreshing existing designs, this component represents a proven, practical choice where standard performance specifications and cost-effectiveness matter. Its long manufacturing history and widespread use in successful commercial products provide confidence in long-term reliability and continued availability.