08055C103MAT4A

The AVX 08055C103MAT4A is a multilayer ceramic capacitor (MLCC) in the 0805 surface-mount package format. This component is designed for general-purpose energy storage, filtering, and signal coupling applications across a broad range of electronic systems and equipment. Multilayer ceramic capacitors are fundamental passive components used in virtually every modern electronic device. The 0805 package is one of the most widely adopted surface-mount sizes in the industry, offering a practical balance between compact footprint and ease of manufacturing. This particular part carries the "C" designation in AVX's product line, indicating it belongs to their standard-performance ceramic capacitor family, suitable for mainstream industrial and commercial applications rather than specialized high-reliability or military-grade segments. The "103" in the part number refers to the capacitance value in picofarad units, following standard EIA coding conventions. Components in this capacitance range are frequently used for bypassing, decoupling high-frequency noise from power supply rails, filtering unwanted signals in analog and mixed-signal circuits, and ac coupling in audio and instrumentation applications. The 0805 package size makes these capacitors ideal for modern printed circuit boards where space efficiency is important but components must still be serviceable and cost-effective to manufacture. Engineers typically specify the AVX 08055C103MAT4A when they need a standard, cost-effective ceramic capacitor that meets general industrial requirements without demanding extreme performance characteristics. The part's wide availability and established manufacturing history across multiple distributors make it a reliable choice for volume production runs. The 0805 package is compatible with standard pick-and-place assembly equipment, which reduces production costs and lead times compared to less common package formats. Ceramic capacitors in this family are suitable for operating environments across a wide commercial temperature range and can tolerate typical industrial voltage levels. They are commonly found in power supply circuits, digital logic board decoupling networks, consumer electronics, industrial control systems, telecommunications equipment, and automotive electronics. The relatively small physical size combined with predictable electrical characteristics makes this component particularly attractive for applications where board density is a concern but performance requirements are straightforward. When selecting alternatives, engineers might consider substitutes based on specific tolerance requirements, voltage ratings, or temperature stability needs. However, the 0805C103 remains a go-to specification for designers seeking a proven, readily available component that balances performance, cost, and manufacturability for mainstream applications.