2225GC123MAT1A

The 2225GC123MAT1A is a multilayer ceramic capacitor manufactured by AVX, designed for a broad range of industrial and commercial electronic applications. This component belongs to the 2225 case size family, representing a surface-mount device with a standardized footprint that integrates seamlessly into modern PCB assembly workflows. Multilayer ceramic capacitors (MLCCs) like this part are fundamental passive components used to store electrical charge, filter signals, couple or decouple AC components, and stabilize power supply rails in electronic circuits. The 2225 package size offers a practical balance between capacitance density and ease of handling during manufacturing, making it suitable for applications where space is a consideration but not critically constrained. AVX's 2225 series capacitors are widely specified in industrial control systems, telecommunications equipment, power management circuits, consumer electronics, and automotive applications. These components are particularly valued in environments requiring reliable performance across varying temperature and voltage conditions. The ceramic dielectric material provides stable capacitance behavior, low equivalent series resistance (ESR), and low equivalent series inductance (ESL), characteristics that are essential for high-frequency decoupling and noise suppression near integrated circuits and power conversion stages. Engineers typically select this part number when they require a capacitor that meets specific electrical performance criteria within the 2225 footprint constraint. The "GC" designation within the part number indicates this capacitor belongs to AVX's established commercial-grade lineup, suitable for standard operating conditions in industrial and professional equipment. The particular configuration referenced in this part number addresses applications where the combination of package size, dielectric material composition, and rated performance parameters align with circuit design requirements. The 2225 case size is compatible with standard surface-mount assembly equipment and reflow soldering processes, reducing manufacturing complexity. This standardized approach to packaging means that design engineers can confidently specify this component knowing that PCB layout, assembly procedures, and quality control processes are well-established across the industry. For applications requiring high reliability, extended temperature ranges, or specialized electrical characteristics, engineers should verify that the specific electrical ratings, tolerance class, and dielectric material of this part number match their circuit design requirements. When evaluating alternatives or equivalent components, consider matching not only the package size but also the capacitance value, voltage rating, temperature coefficient, and rated operating frequency range to ensure optimal circuit performance and long-term reliability.