1210CC123KAT1A

The 1210CC123KAT1A is a multilayer ceramic capacitor manufactured by AVX, one of the established producers of passive electronic components for industrial and commercial applications. This component belongs to the 1210 case size family, which represents a standard surface-mount package measuring 12.7 mm by 10.2 mm, making it suitable for high-density PCB layouts where space efficiency is important. Multilayer ceramic capacitors of this type are fundamental passive components used across virtually every sector of electronics manufacturing. They serve critical functions in power supply circuits, signal coupling and decoupling applications, filtering stages, and timing circuits. In industrial equipment, these capacitors help stabilize voltage rails, suppress electromagnetic interference, and protect sensitive circuitry from transient voltage spikes. The 1210 package size offers a practical balance between component density and ease of handling in automated assembly processes. This particular size is widely specified in mid-range power applications where engineers need higher capacitance values than smaller 0805 or 0603 packages can provide, while remaining compatible with standard pick-and-place equipment found in contract manufacturing facilities. AVX's multilayer ceramic capacitors are recognized for consistent performance across temperature variations and frequency ranges typical of industrial control systems, telecommunications infrastructure, and consumer electronics. The 1210 case size is particularly common in applications requiring capacitance values in the 0.1 µF to several microfarad range, with voltage ratings spanning from low-voltage signal circuits to moderate power applications. Engineers typically specify components like the 1210CC123KAT1A when designing circuits that require proven reliability, established manufacturing consistency, and ready availability from multiple distribution channels. The standardization of the 1210 package means that replacement components are readily sourced if design revisions or field service work becomes necessary. Additionally, the familiar footprint and established thermal characteristics reduce design validation time for engineers working on iterative product development. This component would commonly appear in applications such as industrial motor controllers, power conversion equipment, renewable energy inverters, telecommunications power supplies, and automotive electronics. Its suitability for wave soldering, reflow soldering, and hand assembly procedures makes it valuable across different production environments. For specific electrical characteristics, performance curves, and detailed application guidance, consultation with the manufacturer's technical documentation is recommended to ensure proper circuit design and optimal component selection for your particular application requirements.