1825HA101KAT1A

The 1825HA101KAT1A is a multilayer ceramic capacitor (MLCC) manufactured by AVX, a leading supplier of passive electronic components. This part represents a reliable, compact solution for energy storage and signal filtering applications across industrial, automotive, telecommunications, and consumer electronics sectors. MLCCs like this model are constructed from multiple layers of ceramic dielectric material interleaved with metal electrodes, which are then sintered together. This construction method enables manufacturers to achieve high capacitance values in exceptionally small form factors, making them ideal for space-constrained circuit designs. The component's primary functions include decoupling, filtering, coupling, and bypassing in various circuit topologies. The "1825" designation refers to the package size in metric notation, indicating the physical dimensions of this component. This intermediate case size strikes a practical balance between handling ease during assembly and the space efficiency demanded by modern densely-packed printed circuit boards. The compact footprint makes this capacitor suitable for automated pick-and-place manufacturing processes commonly used in high-volume production environments. AVX components in this family are typically specified for general-purpose industrial and commercial applications where cost-effectiveness and reliability must be balanced with performance requirements. These capacitors generally exhibit stable capacitance behavior across moderate temperature ranges and are well-suited for non-critical frequency compensation, power supply filtering, and signal path applications where ultra-precise specifications are not essential. Engineers commonly select this part number when designing circuits that require a straightforward, proven ceramic capacitor solution without premium performance characteristics or extended temperature ratings. The AVX 1825HA series offers good availability in the component supply chain, which can be advantageous for production schedules and long-term project support. Typical applications include filtering in power distribution networks, decoupling for integrated circuits, EMI suppression in switching circuits, and general-purpose energy storage in consumer and industrial equipment. The part is particularly valuable in legacy equipment redesigns or volume production runs where standardized, commodity-grade capacitors provide acceptable performance at competitive costs. For circuit designers and procurement engineers, this component represents a practical choice when specifications call for a mid-range ceramic capacitor without specialized requirements such as high-voltage ratings, extreme temperature tolerance, or low-ESR performance. Its availability through established distribution channels and compatibility with standard assembly techniques make it a go-to option for many industrial electronics manufacturers.