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7/16 Din Female Jack RF Coaxial Connector with Long Extended Pin 4 Hole Panel Mount Flange Solder Terminal
7/16 Din Female Jack RF Coaxial Connector with Long Extended Pin 4 Hole Panel Mount Flange Solder Terminal
7/16 Din Female Jack RF Coaxial Connector with Long Extended Pin 4 Hole Panel Mount Flange Solder Terminal

7/16 Din Female Jack RF Coaxial Connector with Long Extended Pin 4 Hole Panel Mount Flange Solder Terminal

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  • Product type: 7/16 DIN 4 hole panel mount with extend pin
  • Frequency range:DC to 6GHz Impedance: 50 Ohm （Low IMD and low VSWR provides improved system performance）
  • Material and structure: Shell brass nickelplated;inner conductor brass goldplated or silver-gilt;Insulator PTFE;Crimping suite copper alloy nicked or goldplated;O-ring sealing 6146 silastic
  • Applications:Wireless Infrastructure;Lightning Protection;Base Stations;Satellite Communications;Antenna Systems;Wireless LAN Devices , Coaxial cable, Wi-Fi Radios External Antenna and so on
  • Never worry about any security problems. We are confident in the quality of our conneter and willing to provide 1 MONTHS Replacement Warranty and 100% Satisfaction Guarantee. If you unfortunately get a defective one, please contact our customer support.

    • Customer Reviews

    Based on 1 review
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    B
    Bob McKinnon
    7/16th Din Plug Long extended Pin. Not Supplied as advertised.

    The Picture on the website for the plug and extended antenna shows it assembled in one Piece. When the items arrived they are in two pieces, that is Plug separate from the antenna. I do not have the necessary specialist Hydraulic ram equipment to force the antenna pin through the PTFE Hole on the insulator to lock it in place. It needs makes perfect metal to metal contact Pin Side of plug to Antenna side. You can unscrew the antenna pin side and antennas side and reassemble with the PTFE insulator squashed between the two. This however makes a totally bad loose fitting electrical connection on the threads between the two antenna halves . The thread is also exposed as it goes through the PTFE insulator thus any High Power E fleld at 2.4 GHz will generate from the exposed threads creating a plasma and burn out the PTFE insulator. Trying to find a solution. Not Happy at all.