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HFJT1-1G01RL Without LED 1000M Ethernet RJ45 Connector With Magnetic

  • Number of Ports: 1X1
  • Speed: 1000 Base-T
  • Application-Lan : NoN PoE
  • Latch: UP
  • LED: Without LED
  • Orientation : 90°Angle (Right)
  • Compatible Brand : HALO
  • Mounting Type: Through Hole
  • Shielding: Shielded, EMI Finger
  • Temperature: ﹣40 TO ﹢85
  • Product Length (mm): 25.4
  • Product Height (mm): 13.4
  • Product Width (mm): 15.9

  • Part Number:HFJT1-1G01RL
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    HFJT1-1G01RL Without LED 1000M Ethernet RJ45 Connector With Magnetic

    QQ截图20210825113229

    Categories  Connectors, Interconnects
     Modular Connectors - Jacks With Magnetics
    Application-LAN  ETHERNET(NoN POE)
    Connector Type  RJ45
    Number of Positions/Contacts  8p10c
    Number of Ports  1×1
    Applications Speed  100/1000 Base-T, AutoMDIX
    Mounting Type  Through Hole
    Orientation  90° Angle (Right)
    Termination  Solder
    Height Above Board  0.537″ (13.65mm)
    LED Color  Without LED
    Shielding  Shielded, EMI Finger
    Features  Board Guide
    Tab Direction  UP
    Contact Material  Phosphor Bronze
    Packaging  Tray
    Operating Temperature  -40°C ~ 85°C
    Contact Material Plating Thickness  Gold 6.00µin/15.00µin/30.00µin/50.00µin
    Shield Material  Brass
    Housing Material  Thermoplastic
    RoHS Compliant  YES-RoHS-5 WIth Lead in Solder Exemption

     

    7 problems that need to be paid attention to when using RJ connector
    1. Use successive power and ground plane layers;
    2. Try to prevent right angles from being used in wiring;
    3. Impedance control, reflection and signal terminal matching;
    4. Physically block the active components against noise devices;
    5. The length of the differential pair wiring should be equal to ensure a good compression ratio at the receiving end;
    6. Crosstalk questions should be considered in high-speed circuit design, including near-end crosstalk and far-end crosstalk;
    7. Power supply decoupling question, that is to say, the power supply added to the circuit must be decoupled by inductance and capacitance.

     

     


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