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    The RG-59 cable is a type of coaxial cable that is used to generate low-power video connections. The cable works on two conductors that are based on a single common axis. It is also used for RF signal connections. The RG-59 cable conducts video and radio frequencies at an impedance of around 75 ohms. The RG-59 cable is used for generating short-distance communication. The cable can be used at baseband video frequencies, which is measured from the lowest count of zero and continues to the highest signal frequency. Baseband refers to a collection of signals and frequencies varying over a wide range. The RG-59 cable works at broadcast frequencies, too. The RG-59 cable cannot be used over long distances owing to its high-frequency power losses. In such cases, RG-6 or RG-11 cables are used instead.

    RG-59 Specifications

    Type RG-59A RG-59B
    Impedance Z0(Ω) 73 75
    Dielectric Solid Polyethylene Solid Polyethylene
    Time Delay (ns/ft) 1.54 1.54
    Propagation Velocity (% of c) 65.9 65.9
    Capacitance (pF/foot) 21.1 20.6
    Outside Dimensions (inches) 0.242 0.242
    dB/100ft @400MHz 10.5 9
    Maximum Voltage (Vrms) 2300 2300
    Shield Braid Braid

    The RG-59 cable is comprised of an electrical cable that works on the basis of an inner conductor or a number of uninsulated conductors that are twisted tightly with one another. The cable has several covers, the first of which is occupies by an insulating spacer. The spacer is surrounded by a conducting sheath that is cylindrical in shape. This is further surrounded by an insulating layer. The transmission takes place through the electromagnetic field that carries the power signals between the inner and the outer conductors. The RG-59 cable is usually used for short-distance transmission of signals such as radio signals or video communications. When the distance to be traveled by the signals is longer, unshielded twisted pair (UTP) or fiber optic is used instead.

    The RG-59 coaxial cable is usually bundled with common consumer equipment such as VCRs or digital receivers. The RG-59 cables are comparatively less expensive than other cables. They range in length from about four to six feet. One of the greatest uses of the RG-59 cable is synchronization between two digital audio devices. The coaxial cable coordinates between the digital signals that are responsible for producing sound. The digital audio devices are used for storage, conversion, and transmission of the audio signals. The RG-59 cable maintains a unique coordination between these devices. The audio data are also distributed in the form of files. Examples of the digital audio devices are ADAT optical devices.

    The RG-59 coaxial cable is used for transmitting power signals for video systems such as cable television. It is quite similar to the RG-58 coaxial cable, with a difference in the frequency at which the content travels. The RG-59 cable utilizes center conductors which are available in different gauges. For instance, the center conductor of the RG-59 cable is approximately 20 to 22 AWG. The RG-59 cable suffers from a small amount of signal reduction, which is due to the shielding on the cable. The low cost of the RG-59 coaxial cable has made it easily accessible and usable.

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    1. shah dilip

      24 September, 2011 at 8:51 am

      i want to use rg=59 at alength of 340 mtrs fo cctv video .will it gives this strength

    2. NARAYAN

      9 February, 2011 at 7:30 am

      how to connect :- monitor + RG11( 500 mtrs) + RG 59 (10 mtrs) + IP Camera.
      which connector to use for the RG 11 to RG 59 connection in the above arrangement.?

      • Will.Spencer

        9 February, 2011 at 8:50 am

        What connectors are on the cable now? What connectors are on the camera and monitor now? If it is an IP camera, why wire it like an old analog camera? VeracityGlobal makes some Ethernet over coax converters specifically to adapt new IP cameras to old coax wiring.

        You can use a 75 Ohm BNC to convert RG59 to RG11, but what are you transmitting over that cable IP or analog video?

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