1210YC153KAT2A

The 1210YC153KAT2A is a multilayer ceramic capacitor (MLCC) manufactured by AVX, one of the industry's established capacitor producers. This component is housed in a 1210 surface-mount package, which is a widely recognized industry-standard size that measures approximately 3.2mm by 2.5mm. The 1210 package is among the more common mid-range sizes used in modern electronics, offering a practical balance between component density and ease of handling during assembly. Multilayer ceramic capacitors like this part are fundamental building blocks in electronic circuit design. They function to store and release electrical energy, filter noise, stabilize voltage supplies, and couple or decouple signals across various stages of a circuit. The "YC" designation in the part number indicates this is a commercial-grade ceramic capacitor, suitable for general industrial and consumer electronics applications rather than specialized military or high-reliability environments. The "153" marking in the part number represents the capacitance value using the standard three-digit code common to MLCCs. These capacitors are typically used in power supply circuits, audio and RF filtering applications, impedance matching networks, and general signal conditioning throughout industrial control systems, telecommunications equipment, and consumer electronics. Engineers select 1210 package MLCCs when they need a capacitor that occupies moderate board space while providing adequate capacitance for their circuit requirements. This package size is readily available from multiple manufacturers and assembly houses, reducing supply chain complexity compared to smaller or more specialized formats. The commercial-grade specification means this component is cost-effective for volume production while maintaining reliable performance across standard operating temperature ranges typical of industrial and commercial equipment. The AVX brand carries recognition among design engineers for manufacturing consistency and quality. When specifying this particular part, engineers benefit from its established performance history, broad compatibility with standard assembly processes, and predictable long-term availability through distribution channels. This capacitor would typically be found in dozens or hundreds of applications: DC/DC converter input and output filtering, microcontroller bypass networks, sensor signal conditioning, power management modules, industrial automation controllers, and consumer appliance electronics. Its straightforward ceramic technology, established performance characteristics, and mainstream package size make it a practical choice for engineers designing cost-conscious, high-volume production equipment where reliability and repeatability are important but extreme environmental conditions are not a factor.