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The VSM-04-50-200-50-06-N1 is a rectangular MIL-Spec connector from the AirBorn verSI series, manufactured by Molex. It features a 200-position configuration with 4 rows and 50 columns. The plug utilizes male pin contacts with gold plating on phosphor bronze substrates. Designed for board mount applications, it employs a through-hole press-fit termination method. The housing is constructed from liquid crystal polymer (LCP), supporting an operating temperature range of -55°C to +125°C. Rated at 2 A current and 200 V voltage, this component adheres to MIL-DTL-83513 standards.
Verify the specific suffix N1 against official datasheets to confirm exact termination geometry and mating interface requirements. Ensure compatibility with existing PCB layout constraints regarding press-fit hole dimensions. Confirm that the LCP housing material meets environmental exposure standards for the intended operational lifecycle. Cross-reference the 200-position count with system signal routing needs to prevent mismatch errors during assembly.
Select this component when MIL-DTL-83513 compliance is mandatory for the application environment. Choose the press-fit variant over surface mount options if mechanical retention strength is prioritized over reworkability. Consider the 4-row configuration for space-constrained designs requiring high I/O density. Validate that the 2A per contact rating aligns with the total power distribution requirements of the target circuit architecture.
This part belongs to the AirBorn verSI series, known for high-density rectangular connectors. The series supports various termination styles including SMT and press-fit. The VSM designation indicates a plug configuration within the broader MIL-Spec ecosystem. Molex acquired AirBorn, maintaining the specialized connector lineage for defense and aerospace markets.
Compatible substitutes include other MIL-DTL-83513 compliant plugs with identical 200-position, 4-row layouts. Verify equivalent pin spacing and press-fit retention forces before substitution. Alternative models may differ in housing material or contact plating thickness.