Molex Micro-Fit+ PCIe 5.0 Connectors

Molex Micro-Fit+ PCIe 5.0 Connectors feature full PCIe CEM 5.0/6.0 specification compliance and support ampere interrupting capacities (AICs) up to 675W. The connectors offer twelve power and four signal terminals with high-current metal alloy construction for hybrid power and signal integration. The Molex Micro-Fit+ PCIe 5.0 Connectors operate with a low-level 5mΩ power terminal and 20mΩ signal terminal contact resistance. The connectors provide fully isolated terminals and positive locking on housing with a low thumb latch operation. The connectors are ideal for various applications, including in consumer, medical, sustainable energy, telecommunications, networking, and automotive industries.

Features

  • Supports AICs up to 675W
  • Conforms with PCIe CEM 5.0/6.0 specifications
  • Positive locking on housing with low thumb latch operation
  • Fully isolated terminals
  • Nylon, UL 94V-0 flammability-rated receptacle
  • High-current copper alloy power terminals
  • Phosphorous bronze signal terminals

Applications

  • Consumer
    • Copiers
    • Pinball/slot machines
    • 3D printers
    • Refrigerators
    • Vending machines
    • Washing machines
  • Medical
    • Diagnostic equipment
    • Patient monitors
  • Automotive
    • Telemetrics
    • Non-critical applications
  • Telecommunications/networking
    • Routers/switches
    • Servers
    • High-speed compute/storage systems
    • Graphics and gaming systems
    • Internet of Things (IoT)
    • Data centers
    • High-performance computing equipment
    • Artificial intelligence/machine learning (AI/ML) systems
    • Virtual reality (VR)
  • Sustainable energy (solar power)

Specifications

  • 5mΩ low-level signal contact resistance (power terminal)
  • 20mΩ low-level contact resistance (terminal)
  • 1000MΩ min insulation resistance
  • 600VAC/DC max voltage rating
  • 9.5A max power current rating (all 12 power contacts energized)
  • 1A max signal current rating (4 signal contacts)
  • 1500VAC dielectric withstand voltage rating
Yayınlandı: 2024-04-29 | Güncellenmiş: 2026-01-23