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The KYOCERA AVX part number 009072240101883+ is a male pin header connector designed for through-hole mounting on printed circuit boards. This component features a single row configuration with a total of 40 positions, providing robust electrical interconnection capabilities for high-density applications. The pitch between adjacent pins is standardized at 0.100 inches, which corresponds to 2.54 millimeters, ensuring compatibility with widely used board spacing standards. Constructed as a straight header, it facilitates vertical insertion into PCB holes, offering mechanical stability and reliable signal transmission in various electronic assemblies.
Verify the exact datasheet specifications against the manufacturer's official documentation before integration. Confirm that the through-hole footprint matches your PCB layout requirements precisely. Ensure environmental ratings meet operational conditions. Cross-reference the full part number including the suffix to guarantee correct component identification during sourcing.
Select this header when a standard 2.54mm pitch male connector is required for through-hole assembly. Consider the 40-position count for sufficient I/O capacity. Evaluate mechanical retention needs for through-hole versus surface mount alternatives. Verify compatibility with mating female connectors or cables to ensure proper interface functionality within the system architecture.
This component belongs to the broader category of interconnect solutions provided by KYOCERA AVX. It serves as a fundamental passive element in electronic assemblies, bridging signals between different board sections or external interfaces. As part of the company's extensive portfolio, it supports diverse industries ranging from automotive to industrial automation, emphasizing reliability and standardization in electronic manufacturing.
Consult official distributor databases for direct substitute part numbers with identical pin counts and pitch specifications. Verify mechanical dimensions and contact material properties before substitution. Ensure any alternative maintains the same through-hole mounting style and current/voltage ratings to prevent performance degradation.