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The HDASF020YD-000 is a rectangular MIL-DTL-55302G series connector manufactured by Amphenol Aerospace Operations. It features a straight plug configuration with 20 positions arranged in a single row. The component utilizes through-hole solder termination for PCB mounting and includes gold-plated copper alloy contacts. Rated for 4.5 A current and 750 V voltage, it operates within a temperature range of -65°C to +150°C. The housing is constructed from liquid crystal polymer (LCP), providing high insulation resistance of 5 GOhms. The contact pitch is 1.905 mm, ensuring precise alignment for reliable signal transmission in demanding environments.
Verify the specific manufacturer designation, as this part number is associated with Amphenol Aerospace Operations rather than Amphenol Socapex. Confirm that the RoHS compliance status matches project requirements, noting potential variations between manufacturing divisions. Ensure the ordering suffix corresponds to the exact plating and packaging specifications required for your assembly process.
Select this component when a straight-mount MIL-DTL-55302G compliant plug is required. It is suitable for applications needing 20 positions with a 1.905 mm pitch. Consider the 4.5 A per contact rating and LCP housing material for thermal stability. Verify compatibility with mating receptacles from the same HDAS family to ensure proper interface alignment.
This connector belongs to the HDAS series, designed for high-density interconnect solutions. It serves as a critical link in aerospace and defense electronics where vibration resistance and environmental sealing are paramount. The straight PC tail design facilitates direct board integration, supporting compact system architectures in mission-critical hardware deployments.
Compatible substitutes include HDASE202YD-000LF and MHDAS2F020YDE50, though these differ in position count or row configuration. Verify pinout compatibility before substitution. Cross-reference with other MIL-DTL-55302G series connectors from alternative manufacturers if supply constraints exist.