M80-MH314M5-04

Overview

The M80-MH314M5-04 is a Datamate Coax male plug connector from Harwin, designed for single-row right-angle through-board mounting. It features four coax contacts with internally threaded jackscrews and 4.5mm PCB terminations. The component operates within a temperature range of -55°C to 125°C and provides high mechanical resilience, including 100G shock, 40G bump, and 10G vibration resistance.

Feature Summary

• Single-row right-angle male plug configuration
• Four integrated coax contacts
• Internally threaded jackscrew locking mechanism
• High mechanical durability against shock and vibration

Applications

• High-reliability board-to-board interconnects
• Wire-to-board connections requiring coaxial signal integrity
• Harsh environment electronic assemblies

Procurement Notes

Verify the specific termination length requirement, as the M80-MH314M5-04 specifies 4.5mm PCB terminations distinct from the 3mm variant (M80-MH313M5-04). Confirm that the application requires coaxial contact configurations rather than standard pin headers. Ensure compatibility with the mating female socket series before procurement.

Selection Notes

Select this part when right-angle mounting is necessary for space-constrained designs. The choice between the MH313 and MH314 variants depends strictly on the required PCB termination depth. This model is suitable for applications demanding robust physical retention via jackscrews and protection against significant mechanical stress.

Part Context

This component belongs to the Datamate Coax series, an extension of the broader Datamate L-Tek family. It combines the high-density interconnect capabilities of the standard line with specialized coaxial contacts. The series is engineered for demanding industrial and aerospace sectors where signal integrity and mechanical stability are critical.

Replacement Considerations

The M80-MH313M5-04 serves as a direct functional substitute if the application permits 3mm PCB terminations instead of the 4.5mm specified here. Both parts share identical contact counts, locking mechanisms, and electrical characteristics.