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HCJT4-812SK 8P8C Shielded Ganged 1×4 Quad Port Tab-Up RJ45 JACK

  • Number of Ports: 1X4
  • Speed: RJ45 Without Magnetics
  • 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): 15.70
  • Product Height (mm): 13.50
  • Product Width (mm): 63.75

  • Part Number:HCJT4-812SK
    HCJT4-814SK
    HCJT4-815SK
  • Product Detail

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    HCJT4-812SK 8P8C Shielded Ganged 1×4 Quad Port Tab-Up RJ45 JACK

    RJ45 JACK 4  Port

    Categories  Connectors, Interconnects
     Modular Connectors - Jacks
    Application-LAN  ETHERNET(NoN POE)
    Connector Type  RJ45
    Number of Positions/Contacts  8p8c
    Number of Ports  1×4
    Applications Speed  RJ45 Without Magnetics
    Mounting Type  Through Hole
    Orientation  90° Angle (Right)
    Termination  Solder
    Height Above Board  13.40 mm
    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

     

    RJ connector function use: power use
    RJ connector is necessary to transmit power. Generally, its voltage is very low. Generally used are the following two power transmission methods: dedicated to high-level current power touch transmission and parallel multilateral signal touch. Each of them has advantages and disadvantages.
    There are two differences between power transmission and signal transmission. The first and most notable one is that it is used to deliver higher currents. The current transmitted by the signal generally does not exceed 1 ampere, and does not exceed a few amperes, while the current transmitted by the power can reach tens or even hundreds of amperes. The second is the temperature increase due to Joule heating caused by the current. The Joule heat generated during the signal touch process is similar to the surrounding temperature. Conversely, the ratio of power transmission is based on the addition of temperature, and the increase of temperature generates a corresponding ratio current. The addition of a temperature of 30 degrees is generally used as a current ratio specification.

     

     


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