1206GC102MAT1A

The 1206GC102MAT1A is a multilayer ceramic capacitor (MLCC) manufactured by AVX, representing a component widely used in electronic circuit design and assembly. This part belongs to the 1206 package family, which refers to its surface-mount form factor measuring 3.2mm by 1.6mm. This standardized package size makes it compatible with automated pick-and-place assembly equipment used in high-volume manufacturing environments. Multilayer ceramic capacitors like this model serve as energy storage and filtering elements in a vast range of electronic applications. Their primary functions include smoothing voltage ripple in power supply circuits, decoupling noise from power distribution networks, blocking DC current while passing AC signals, and tuning resonant circuits. The compact 1206 package provides a practical balance between performance and board space efficiency, making it suitable for applications where component density matters. The "GC" designation in AVX's naming convention typically indicates a ceramic dielectric material formulation and construction approach. The "102" capacitance code follows industry-standard conventions where the digits represent the capacitance value. The "MAT" portion of the designation refers to the dielectric type and voltage rating characteristics specific to this series. Engineers commonly specify this part in consumer electronics, telecommunications equipment, industrial control systems, automotive electronics, and general-purpose power conversion circuits. The 1206 package size offers superior performance compared to smaller packages in managing transient currents and thermal stress, while remaining cost-effective for mid-range applications. The multilayer ceramic construction provides excellent frequency response characteristics, making these capacitors suitable for both DC filtering and higher-frequency AC coupling applications. Compared to alternative component options, the 1206GC102MAT1A's specific dielectric formulation and construction provide particular advantages in terms of temperature stability, voltage derating characteristics, and reliability in demanding environments. Engineers might select this exact part number when existing circuit designs have been validated with AVX's GC series, when specific temperature coefficients or voltage performance requirements align with this family, or when supply chain consistency and manufacturer support are critical factors. The ceramic material composition delivers predictable electrical behavior across various operating conditions, and the multilayer structure enables higher capacitance values within the compact package than earlier ceramic technologies could provide. This makes the part particularly valuable in modern electronic designs requiring miniaturization without sacrificing circuit performance or reliability.