Amphenol FCI Millipacs® 2mm Hard Metric Headers

Amphenol FCI Millipacs® 2mm Hard Metric Headers meet the need for improved signal integrity and higher bandwidth in a variety of markets. The portfolio includes vertical and right-angle header connectors. The vertical headers modular and scalable by 25mm to 50mm, feature three levels of mating contact lengths and different terminal lengths, and offer adequate spacing for routing PCB traces. The vertical version is available in a hybrid style with signal, power and coaxial contacts. The right-angle version is offered in A, B, C, B19, B22, AB22, and AB25 types with a cable-latch lock feature. Typical applications for Amphenol FCI Millipacs 2mm Hard Metric Headers include communications, data, medical, as well as industrial and instrumentation.  

Features

  • Vertical header connectors
    • Modular and scalable by 25mm to 50mm
    • 3 levels of mating contact lengths and different terminal lengths
    • SI performance
    • Different length contacts at any position
    • Hybrid connectors with signal, power, and coaxial contacts
    • Two outer rows
    • Adequate spacing for routing PCB traces
  • Right-angle header connectors
    • Offered in Types A, B, C, B19, B22, AB22, and AB25
    • Housings are with cable-latch lock feature
    • Custom contact-loading patterns are available

Applications

  • Communications
    • High speed / high bandwidth data communication
    • Communications IP, internet backbone
    • Routers
    • Base stations
    • Wireless base stations
    • Transmission, access systems
  • Data
    • Servers
    • Storage units
  • Medical
    • MRI scanners
    • Diagnostic equipment
  • Industrial and automation
    • Data acquisition systems for test and measurement
    • Railway traffic management and control systems
    • Control systems for process
    • Energy and power industries
    • In-flight entertainment and communication for avionics
    • Digital image processing
    • Radar
    • Sonar systems
    • Unmanned aerial vehicles (UAV)
Opublikowano: 2015-02-25 | Zaktualizowano: 2022-08-26