12061A360FAT2A

The AVX 12061A360FAT2A is a multilayer ceramic capacitor (MLCC) designed for demanding industrial and commercial electronics applications. This component represents the type of precision passive component relied upon in power supplies, telecommunications equipment, automotive electronics, and industrial control systems where reliable energy storage and signal filtering are critical. This capacitor belongs to AVX's established line of surface-mount ceramic capacitors, utilizing a 1206 case size, which is one of the most widely adopted package formats in modern electronics manufacturing. The 1206 footprint provides a practical balance between space efficiency and handling characteristics, making it suitable for both automated assembly processes and manual rework scenarios. This standardized package size ensures compatibility with standard pick-and-place equipment and allows engineers to source alternatives from multiple suppliers if needed. Ceramic capacitors in this family are valued for their stability across temperature ranges, low equivalent series resistance (ESR), and excellent high-frequency performance characteristics. These qualities make them particularly suitable for bypass and decoupling applications, where they help suppress noise and stabilize voltage rails in digital and analog circuits. The multilayer construction provides increased capacitance density compared to single-layer alternatives, allowing designers to achieve necessary capacitance values in compact board spaces. An engineer might specify this exact AVX part number when application requirements demand a combination of proven reliability, established supply chain presence, and compatibility with existing board designs. AVX is a recognized manufacturer with extensive qualification across industrial and military specifications, making this component a sensible choice for applications where component traceability and manufacturer support matter. The 12061A360FAT2A designation indicates a specific capacitance value within AVX's product matrix, and selecting this particular part ensures consistent performance characteristics across production batches. In practical terms, capacitors of this type serve essential functions in modern electronics: filtering power supply ripple, decoupling integrated circuits from supply noise, coupling signals between circuit stages, and supporting transient response in switching power supplies. Engineers often specify ceramic capacitors in complementary networks, combining different values and technologies to achieve comprehensive frequency response performance. Designers working with this component should refer to detailed technical documentation for precise electrical specifications, rated voltage, temperature coefficients, and reliability data specific to their application requirements. Proper circuit design practices, including adequate PCB trace layout and thermal management considerations, help ensure optimal performance and longevity in field applications.