1210AC562KAT1A

The AVX 1210AC562KAT1A is a multilayer ceramic capacitor (MLCC) in the 1210 surface-mount package size. This component is designed for use in general-purpose filtering, decoupling, and energy storage applications across industrial and commercial electronic equipment. Multilayer ceramic capacitors represent one of the most widely used capacitor technologies in modern electronics due to their compact form factor, reliability, and cost-effectiveness. The 1210 package—measuring approximately 3.2mm by 2.5mm with a height of around 2.5mm—offers a moderate capacitance density, making it suitable for space-constrained designs that still require reasonable capacitive values. This size sits in the middle of the standard MLCC package range, providing a balance between miniaturization and handling practicality during assembly. As part of AVX's established ceramic capacitor portfolio, this component is typically specified in power supply circuits, signal conditioning stages, and high-frequency filtering applications. Engineers commonly use MLCCs like this model in bypass and decoupling roles near integrated circuit power pins to suppress high-frequency noise and stabilize voltage rails. They also serve in timing circuits, RF filtering applications, and resonant circuits where ceramic dielectrics provide adequate performance. The choice of a specific MLCC part number often depends on several factors beyond raw capacitance value. The dielectric material composition, voltage rating, and temperature coefficient influence performance across operating conditions. The 1210 package format is particularly valued in applications where PCB real estate is limited but component reliability and temperature stability are important. AVX's manufacturing quality and consistency make their MLCCs popular in industrial environments where consistent performance over product lifetime is critical. An engineer might select the 1210AC562KAT1A over alternative components based on several considerations: the specific capacitance value and voltage rating combination required by the circuit; the need for AVX's documented quality and long-term availability; compatibility with existing supply chain qualifications; or thermal and mechanical requirements that favor this particular package and material composition. In industrial applications especially, component standardization across product lines can make specifying an established, proven part number more practical than evaluating numerous alternatives. This component requires standard surface-mount assembly processes and is compatible with automated PCB manufacturing workflows. Its ceramic construction provides excellent reliability, low equivalent series resistance typical of quality MLCCs, and stable performance across industrial temperature ranges.