1210GC561KAT1A

The 1210GC561KAT1A is a multilayer ceramic capacitor (MLCC) manufactured by AVX, designed for use in a wide range of electronic assemblies where reliable energy storage and filtering are essential. This component belongs to the general-purpose capacitor family and is commonly found in consumer electronics, industrial control systems, telecommunications equipment, and automotive applications. Multilayer ceramic capacitors like this unit function as energy storage elements and noise filters within circuits. They are placed strategically across power supply rails, between signal paths, and in timing circuits to smooth voltage fluctuations, block DC components, and suppress high-frequency interference. The compact size and consistent performance of MLCCs make them ideal for modern circuit board designs where space efficiency is critical. The 1210 designation refers to the physical package size of this capacitor, indicating its surface-mount form factor. This standardized dimension makes the part compatible with automated assembly processes and industry-standard pick-and-place equipment used in high-volume manufacturing environments. The compact footprint is particularly valuable in dense PCB layouts where board real estate is at a premium. AVX, a well-established manufacturer of passive components, produces capacitors known for consistent quality and reliability across industrial and commercial applications. Components from this manufacturer are often specified by engineers who prioritize dependable performance and long-term availability. The 1210GC series represents a mainstream offering suitable for general-purpose applications where cost-effectiveness and proven reliability are both important selection criteria. Engineers might select this specific part number when designing circuits that require a MLCC in the 1210 package with the electrical characteristics indicated by the alphanumeric suffix. Typical reasons for this specification include matching the capacitance value and voltage rating required by the circuit design, ensuring compatibility with existing bill-of-materials strategies, or meeting supply chain preferences for established component families. The ceramic dielectric material used in MLCCs provides stable performance across typical operating temperature ranges found in most industrial and consumer equipment. This stability, combined with the absence of polarization requirements, makes ceramic capacitors flexible choices for applications where polarity is not a constraint or where either orientation is acceptable on the circuit board. For engineers working on new designs or redesigns, this part represents a standard solution that balances performance, size, and manufacturability. Its widespread use across multiple industries has resulted in mature supply chains and proven assembly processes, reducing development risk.