SEARCH
— IC芯片 | 连接器 | 传感器 | 被动器件 —
The KYOCERA AVX part number 008283131100001+ is a male pin header connector designed for through-hole mounting on printed circuit boards. It features a right-angle configuration, allowing for perpendicular signal routing relative to the board surface. The component consists of 13 positions arranged in a single row. The contact spacing is specified as 0.079 inches, which equates to 2.00mm between adjacent pins. This specific interconnect solution facilitates secure electrical connections within electronic assemblies requiring robust mechanical retention and reliable conductivity.
Verify the exact suffix designation when sourcing replacements, as minor variations may exist. Confirm that the supplier provides genuine KYOCERA AVX components to ensure compliance with original material specifications. Check for RoHS compliance documentation if required by your manufacturing standards. Ensure the right-angle form factor matches your enclosure constraints before finalizing orders.
Choose this component when a rigid, fixed connection is preferred over flexible cable solutions. The 2.00mm pitch offers a balance between current carrying capacity and board density. Consider the right-angle profile if vertical clearance is limited but horizontal space allows for protrusion. Validate that the mating connector housing aligns with the 13-position requirement.
This header belongs to the broader KYOCERA AVX interconnect portfolio, which includes various connector types for diverse electronic applications. As a passive interconnect element, it complements active components like capacitors and crystal oscillators produced by the same manufacturer. The product line supports global supply chains for telecommunications, computing, and automotive sectors.
When substituting this part, ensure the replacement maintains the identical 2.00mm pitch and 13-position count. Verify that the new component also utilizes through-hole termination and right-angle geometry. Cross-reference the mating housing dimensions to guarantee compatibility with existing assembly designs.