Molex EXTreme PowerMass™ High-Current Connectors
Molex EXTreme PowerMass™ High-Current Connectors are designed to support power supplies and systems that require high-current transfer in challenging and thermal-constrained spaces. This high-current, board-to-board, hybrid power and signal, modular connector system provides 380A per linear inch current density. Molex EXTreme PowerMass is available in coplanar and right-angle to vertical board-to-board orientations. Applications include networking, telecommunications, and power supplies.
Features
- Multiple power (150.0A, 80.0A, 40.0A) and signal (24 to 64 circuits) modules available
- 350.0A per linear inch current density, 150.0A per circuit at +30°C temperature rise
- Press-fit and solder-board termination
- Less than 1mΩ resistance (plane-to-plane) at end-of-life
- Die-cast or plastic guides
- Modules assembled to metal stiffener
- Variable power-blade and signal-pin lengths
Applications
- Telecommunication equipment
- Hubs
- Cellular base stations
- Switches
- Routers
- Data-communication equipment
- High-end servers
- Rack servers
- Power supplies
Specifications
- Voltage
- 250V signal module
- 600V for 150.0A module
- Multi-path
- 450V for the 80.0A module
- 600V for the 40.0A module
- Current at +30°C temperature rise
- 3.0A per circuit in the signal module (24 to 64 circuits)
- 150.0A module
- 40.0A per circuit multi-path (4 circuits)
- 40.0A per circuit for the 80.0A module (2 circuits)
- 40.0A module
- Contact resistance range per blade
- 0.16mΩ to 10.0mΩ initial
- 0.25mΩ to 10.0mΩ delta
- 0.41mΩ to 20.0mΩ end of life
- 5000MΩ minimum insulation resistance
- 120g to 2920g mating force range
- 65g to 1720g unmating force range
- 225g contact retention
- 50-cycle durability
- -40°C to +105°C operating temperature range
- UL 94V-0 rated
- LCP housing
- Copper (Cu) Alloy contacts
- Plating
- 30µ" Gold (Au) minimum in the contact area
- 150µ" Tin (Sn) minimum in the solder tail area
- 50µ" Nickel (Ni) minimum underplating
Videos
Additional Resources
發佈日期: 2017-06-14
| 更新日期: 2025-11-25
