12061C104KA16A

The AVX 12061C104KA16A is a multilayer ceramic capacitor (MLCC) designed for demanding industrial and commercial electronics applications. This component belongs to the 1206 package family, a standard surface-mount form factor widely used in modern PCB assembly for its balance of compact size and ease of handling during manufacturing. Multilayer ceramic capacitors are fundamental passive components found in virtually every electronic device requiring energy storage, filtering, decoupling, or AC coupling functionality. The 1206 package format makes this capacitor particularly suitable for applications where space efficiency matters but component density doesn't require the smallest available packages. This size offers practical advantages during board layout and rework operations compared to smaller packages, while still maintaining a relatively compact footprint. The "C104" designation within this part number indicates this capacitor falls within the 0.1 microfarad range, a capacitance value that has become ubiquitous in electronics design. Capacitors in this range serve critical roles in power supply decoupling near integrated circuits, high-frequency filtering, and signal coupling applications. The "KA" suffix typically denotes the specific dielectric material formulation and voltage rating class used in this component's construction. AVX is recognized in the electronics industry for manufacturing reliable multilayer ceramic capacitors across broad temperature and voltage ranges. Components from their standard capacitor lines are specified in applications ranging from consumer electronics and telecommunications infrastructure to industrial control systems, automotive electronics, and military equipment. The consistency and availability of established part numbers like this one make them preferred choices for engineers designing products with long production lifecycles or stringent supply chain requirements. Engineers typically specify this exact part number when previous design validation or qualification testing has proven its suitability for their application, or when system requirements specifically call for a 1206 package MLCC in the 0.1 microfarad range from a qualified manufacturer. The standardized nature of this component means it integrates seamlessly into established bill-of-materials processes and procurement workflows, reducing design risk compared to selecting lesser-known alternatives. This capacitor would commonly appear in multiple locations on a single board—near power pins of digital ICs, in filter networks, and throughout analog signal paths. Its widespread use across different industries reflects the fundamental importance of reliable capacitive filtering and energy storage in modern electronics design. Designers choosing this part can rely on its established track record and ready availability through industrial component distribution channels.