ARJ11F-MASA-A-B-EM2 With LED Gigabit Ethernet 12 PIN Lengthen RJ45 Female Connector Jack

  • Number of Ports: 1X1
  • Speed: 1000 Base-T
  • Application-Lan : NoN PoE
  • Latch: UP
  • LED: With LED
  • Orientation : 90°Angle (Right)
  • Compatible Brand : ABRACON
  • Mounting Type: Through Hole
  • Shielding: Shielded, EMI Finger
  • Temperature: ﹣40 TO ﹢85
  • Product Length (mm): 33.3
  • Product Height (mm): 13.4
  • Product Width (mm): 15.9

  • Part Number:ARJ11F-MASA-A-B-EM2
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    ARJ11F-MASA-A-B-EM2 With LED Gigabit Ethernet 12 PIN Lengthen RJ45 Female Connector Jack


    Categories  Connectors, Interconnects
     Modular Connectors - Jacks With Magnetics
    Application-LAN  ETHERNET(NoN POE)
    Connector Type  RJ45
    Number of Positions/Contacts  8p12c
    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  With 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


    The analysis method of the RJ connector is basically the same as the usual signal analysis method, which is to use simulation software to simulate, analyze the results, and draw conclusions. The model analysis of the RJ connector is the same as the model analysis of the circuit. Just pay attention to the accurate modeling and simulation of RJ and the via effect, which is very important for guessing the signal quality. The following are five models of RJ connector model analysis:
    1. The single wire model is suitable for single wires in RJ, such as high-speed signal transmission lines, which can be used to simulate reflection, delay and offset, attenuation, and signal transmission quality.
    2. The S-parameter model is mainly used in the frequency domain, which can simulate throughput and crosstalk. After time domain transformation, impedance, crosstalk, transmission delay and eye diagrams can be generated.
    3. The multi-wire model is suitable for multi-pin RJ, including touch components, coupling between touch and touch, coupling between touch and shielding, coupling between pads, etc. In addition to the parameters imitated by SLM, it can also be used to imitate crosstalk and ground bounce.
    4. The IBIS model is a fast and accurate modeling method for I/O BUFFER based on the V/I curve. It supports all types of RJ and a variety of different RJ modeling, such as differential and unbalanced signaling, SLM (without Coupling), MLM (coupling), model cascading, board-to-board and board-to-cable, etc.
    5. SPICE model: It is a ubiquitous circuit-level simulation program. The components in the analyzed circuit can include resistance, capacitance, inductance, mutual inductance, independent voltage source, independent current source, various linear controlled sources, transmission lines, and active semiconductors. Device.



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