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The AW140-EA-G08G is an eight-position single-row pin header from the AW140 series, manufactured by Assmann WSW Components. Designed for board-to-board connectivity, this component features a 2.54 mm pitch and utilizes gold-plated brass contacts to ensure reliable signal transmission. It supports a maximum voltage of 250V and operates within a temperature range of -40°C to 105°C. The connector employs a right-angle orientation with through-hole termination, offering a PCB insertion depth of 2.40 mm and a mating pin length of 5.72 mm.
Verify that the specific part number matches the required eight-position count and right-angle orientation. Confirm compatibility with mating sockets regarding the 2.54 mm pitch and contact dimensions. Ensure the operating environment falls within the specified thermal limits. Cross-reference the manufacturer's documentation to validate material specifications against project requirements before finalizing procurement.
Select this component when a low-profile, right-angle connection is necessary for space-constrained designs. The 2.54 mm pitch aligns with standard industry spacing, simplifying layout planning. Consider the through-hole mounting method for applications requiring robust mechanical stability. Evaluate the thermal rating to ensure suitability for the intended operational temperature range.
This component belongs to the AW140 series, which offers various configurations including different pin counts and orientations. The series provides standardized solutions for general-purpose electronic connections. The AW140-EA-G08G specifically addresses needs for eight-channel interfaces with right-angle geometry, complementing other variants like the straight or higher-pin-count headers within the same product family.
Compatible substitutes include other eight-position, 2.54 mm pitch right-angle pin headers from Assmann WSW or equivalent manufacturers. Verify that alternative parts match the current rating, voltage specification, and termination type. Ensure physical dimensions, particularly the insertion depth and overall height, are compatible with the target assembly constraints.