-40%

Antronix CMCDT32XXV 2 Port 1Ghz Signal Distribution Tap-Various DB Values

$ 2.11

Availability: 12 in stock
  • Custom Bundle: No
  • Connection Split/Duplication: 1 : 2 (2-way)
  • Condition: New
  • DC Pass: No
  • Connectivity: Coax F Female
  • Brand: Antronix
  • Country/Region of Manufacture: China
  • Compatible Product: Cable, Satellite
  • MPN: CMCDT3208V
  • Type: Female (Jack)
  • Audio/Video Outputs: Coaxial F

    Description

    Antronix CMCDT32XXV 2 Port 1Ghz Signal Distribution Tap
    Various DB Values available
    The Antronix digital taps are designed for two-way drop networks. Available with two, four, or eight outputs, our digital taps are perfect for everyday low-level signal installation and high-level signal applications like cable modems.
    Features:
    2, 4, or 8 outputs with a variety of multitap values
    6kV ring wave surge protection on all ports
    Low intermodulation design
    Zinc alloy diecast housing with nickel alloy plating
    Diectional coupler and splitter integrated into the same housing
    15 psi sealed SCTE compliant F-ports
    100% soldered backplate
    Machine threaded F-ports
    Available with SCTE Compliant CamPort
    Benefits:
    Ideal for digital and cable modem applications
    High surge resistance to withstand harsh environments
    Unique plating for unmatched corrosion resistance
    Comprehensive line of digital taps: Horizontal and vertical port configurations
    Tap Values
    2 output: 04, 08, 11, 14, 17, 20, 23, 26, 29, 32 dB
    PRESENTING THE CamPort
    ®
    AUTOSEIZING F-port.
    The Only Time Proven Auto Seizing F-Port On The Market Today.
    *Zero insertion force to eliminate contact plating wear.
    **2000 grams of contact pressure when the cam is fully engaged.
    The CamPort from Antronix provides the most reliable cable connection available today. The integrity of the CamPort's auto-seizing F-port contact is maintained by the Cam Activated Mechanism. The CamPort gives your system the intermittent free transmission path essential for advanced digital, telephony, cable modem, and all other power passing applications, including common television signals.