12065C152KAT2P

The AVX 12065C152KAT2P is a multilayer ceramic capacitor (MLCC) designed for general-purpose applications in electronic circuits. This component represents a common choice in the vast family of surface-mount ceramic capacitors that form the backbone of modern electronic design, from consumer electronics to industrial control systems. Multilayer ceramic capacitors like this unit are fundamental passive components used to store electrical energy, filter noise, couple or decouple signals, and stabilize voltage supplies across countless circuit topologies. The 1206 designation in the part number indicates the physical package size, which follows the standard imperial measurement convention widely recognized across the electronics industry. This particular size offers a practical balance between compact form factor and adequate pad area for reliable soldering during assembly, making it suitable for both manual and automated production environments. The "C" designation within the part number identifies this as a ceramic capacitor, and the "152" represents the capacitance value in picofarad units (following standard capacitor labeling conventions). Capacitors in this general range are frequently specified in bypass, filtering, and coupling applications where moderate capacitance values are needed without requiring specialized high-capacitance components. AVX, as the manufacturer, is well-established in the ceramic capacitor market with a reputation for consistent quality and reliability. Their standard MLCC products are widely used across industrial sectors including telecommunications, automotive electronics, power supply design, and general circuit board implementation where dependable performance over extended operational life is expected. Engineers typically specify the 12065C152KAT2P when they need a standard ceramic capacitor in this size and capacitance range with predictable electrical behavior and proven manufacturing consistency. The surface-mount configuration allows for efficient board layout optimization, particularly valuable in space-constrained designs. This part would be chosen as an alternative to larger packages when space permits or when higher quantities of smaller-value capacitors are preferred in the circuit design strategy. The component's reliability in industrial environments, combined with its standard availability through distribution channels, makes it a pragmatic choice for applications where performance needs to be maintained across temperature variations and extended service intervals. Designers often select from established part families like this one to ensure supply chain continuity and to leverage proven field performance data from similar implementations.