12105A123GAT2A

The AVX 12105A123GAT2A is a multilayer ceramic capacitor (MLCC) designed for demanding industrial and commercial electronics applications. As a component from AVX's extensive capacitor portfolio, this part represents the kind of precision passive component that forms the backbone of modern electronic equipment, from power supplies and telecommunications infrastructure to automotive systems and industrial control circuits. Multilayer ceramic capacitors like this model function as energy storage and filtering elements within electronic circuits. They are used to smooth voltage ripples, decouple power supplies, filter high-frequency noise, and support signal coupling and decoupling tasks. The MLCC technology allows engineers to achieve high capacitance values in relatively compact packages, making it ideal for space-constrained applications where board real estate is at a premium. The part number structure indicates this is a standard form factor component typical of surface-mount assembly processes. AVX manufactures capacitors across a broad range of dielectric materials, voltage ratings, and capacitance values to serve different application requirements. Components in this family are commonly found in telecommunications equipment, industrial instrumentation, medical devices, and consumer electronics where reliable energy storage and noise suppression are essential. Engineers often specify AVX capacitors when they require established reliability, consistent quality control, and proven performance in high-volume manufacturing environments. AVX's manufacturing processes are designed to meet stringent industry standards, making their components suitable for applications where component failure can compromise system performance or safety. The company's long history in the capacitor industry means extensive documentation, proven field performance data, and established supply chain relationships that many design teams value. When selecting this particular part number versus alternatives, engineers consider factors including the specific voltage class required for their circuit, the precise capacitance value needed for filtering or coupling functions, the operating temperature range of their application, and physical package constraints. The exact specifications of this component—its voltage rating, capacitance value, tolerance class, and temperature coefficient—make it suitable for particular circuit roles where these parameters align with design requirements. For applications requiring high reliability, proven long-term performance, and compatibility with standard manufacturing processes, this AVX capacitor represents a dependable choice. Whether integrated into power distribution networks, decoupling stages, or signal path filtering circuits, this component is engineered to deliver stable performance across the operational lifespan of the equipment in which it is installed.