1825CC104MAT3A

The 1825CC104MAT3A is a multilayer ceramic capacitor manufactured by AVX, representing a reliable component choice for a wide range of industrial and commercial electronic applications. This capacitor belongs to the established ceramic capacitor family, which has been fundamental to circuit design for decades due to their compact form factor, cost-effectiveness, and consistent performance characteristics. Multilayer ceramic capacitors like this part are constructed from alternating layers of ceramic dielectric material and metal electrodes, then stacked and fired into a solid monolithic structure. This construction method enables high capacitance values in very small physical packages, making them ideal for space-constrained applications where board real estate is at a premium. The part designation suggests a 1825 case size, indicating a surface-mount package suitable for automated assembly in modern manufacturing environments. This capacitor type is commonly specified in filtering and decoupling applications throughout consumer electronics, telecommunications equipment, industrial control systems, and automotive electronics. Engineers typically use these components across power distribution networks to smooth voltage ripple, suppress high-frequency noise, and protect sensitive circuitry from transient voltage spikes. They are also found in signal coupling and bypassing roles where DC blocking or AC signal isolation is required. The ceramic capacitor family offers several advantages that make parts like the 1825CC104MAT3A attractive for design engineers. They provide stable performance across a broad temperature range, exhibit low equivalent series resistance and inductance relative to their size, and maintain relatively consistent capacitance values throughout their operating life. The monolithic construction also results in excellent reliability and resistance to mechanical shock and vibration, making these components suitable for demanding industrial environments. AVX, as a manufacturer with extensive heritage in ceramic capacitor technology, maintains strict quality control and offers consistent product characteristics across production batches. Engineers selecting this specific part number over alternatives may be guided by existing supply chain relationships, proven performance history in similar applications, specific regulatory or certification requirements, or compatibility with established design standards within their organization. For applications requiring known ceramic composition types, voltage ratings, or capacitance values, detailed technical consultation with component documentation or distribution partners is recommended to ensure optimal circuit performance and long-term reliability.