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The Antop AT-712 6ft/1.8m Coaxial RG6 Cable can be used for Over the Air antennas, cable modems, satellite TV receivers and other coaxial F-male enabled devices connection, delivering clear picture and sound without electromagnetic & radio frequency interference. Featuring Zinc Alloy F-type connectors, this 75 OHM RG6 cable houses a copper clad center conductor, dielectric insulation and braided aluminum magnesium alloy shielding. This cable is suitable for both indoor & outdoor use.
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Cable that is too long for its installation can cause signal loss. Our RG6 cables are custom cut to any length. This makes our RG6 coax cable perfect for even the trickiest applications. We also offer installation advice for any do-it-yourselfer who needs a little help. EXTREME SIGNAL is your source for the best RG6 coaxial cable for satellite TV, cable, and nearly every other type of electronics installation.
SCP Structured Cable Products offers a full line of RG6/U CCS Coaxial cables. RG6/U Dual Shield CCS Coax cables are ideal for residential and commercial antenna, cable television and satellite installations. SCP Structured Cable Products RG6/U CCS Coax cables have an 18 AWG solid copper clad steel center conductor surrounded by a foam polyethylene dielectric. A bonded aluminum foil and 60% aluminum braid provide 100% shield coverage. SCP Structured Cable Products RG6/U Coax cables are swept tested to 3 GHz to ensure performance at applicable frequencies. Each RG6/U Coax cable also has SCP Structured Cable Products's industry favored Cable Labeling System
Selecting the correct cable can go a long way toward satisfying the needs of a specific application. Which criteria are most important to the specifying process There are 4 key points to be considered when choosing coaxial cables:
There are basically two types of coaxial cables: those with an impedance of 75 Ohms (Ω), used mostly for video applications, and those with an impedance of 50 Ω, used mostly for data and wireless communications.
Typical RG-style 50 Ω cables for data are RG174/U, RG188/U and RG316/U. These bulk cables can be used in applications where cable assemblies must be built in the field. Available in 100-, 500- and 1000-foot rolls, their stranded 26 AWG center conductors result in very flexible cables for tight-fit applications. Additionally, the bulk RG188A/U cable has a Teflon-taped outer jacket to help achieve a 200-degree C operating temperature, and the RG316/U has an extruded FEP outer jacket that helps achieve a 200-degree C operating temperature.
50 Ω cables can also be found in the low-loss category: 100-, 200-, and 400-series specifically for wireless applications. Low Loss coaxial cables provide far better shielding than their RG style counterparts and are best suited for RF applications.
Another important consideration is the operating frequency of the signal carried on the cable. As the frequency increases, the signal energy moves away from the cable's center conductor to the cable's shield outside of the conductor, a phenomenon known as the \"skin effect\".
This has a direct correlation to how far the signal can travel over a cable of a certain length, for a given signal frequency and power level. The higher the signal frequency, the shorter the distance traveled.
Cable attenuation is the amount of signal loss over a specific distance. In general, the higher the frequency, the larger the attenuation will be. The larger the diameter of a cable's center conductor, the lower the attenuation is.
For example, an RG59/U cable with a 14 AWG center conductor can carry a signal (at a specific frequency and power level) about twice the distance as that of an RG11/U cable with a 20 AWG center conductor. It's imperative to know how much cable attenuation is acceptable in your particular application when selecting coaxial cable.
A coaxial cables characteristic impedance is an important parameter that affects the performance of the signal being carried over the cable. Also known as transmission impedance, it is defined as the relationship between a cable's capacitance per unit length to its inductance per unit length. For optimum signal transfer, the cable's characteristic impedance should be matched to the impedance/resistance of the load.
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The latest specification digital coaxial cable has an aluminium or copper metal foil screen to reduce signal loss as well as copper braid, forming a double screen. Double screening coax cable helps to prevent interference pickup and is essential to get the best digital TV reception, free from pixiliation, picture freezing and signal drop-out.
Two types of coax cable are in common use. RG6 is a cheap coaxial cable with a metal foil screen which is the minimum recommended cable for Sky TV installation work. It is slightly thinner than WF100/PF100 cable and has slightly higher signal loss. In general it is best to choose WF100 over RG6 cable for cable runs of over 35m between the satellite dish LNB and Sky box or Freesat receiver. Short cable runs of RG6 (20 metres or less) will show insignificant difference in performance.
The satellite coaxial cable featured above can also be used for TV aerial installation, as well as Freeview TV and Sky distribution systems including being suitable for cabling a loft distribution amplifier.
Important Note: The outside diameter of digital coaxial cables varies - 7mm cable clips should be used to secure WF100 coaxial cable and 6.4mm clips for RG6 cable. F-connectors are available in both diameters to suit RG6 or WF100. Both types of cable clip and F connector are available from Amazon to buy online.
Not all coaxial cable should be used for CCTV camera installations. RG59 coax cable is the industry standard and best choice for CCTV systems and HD over coax systems, however, not all RG59 is created equal. Be sure to read the spec before you buy.
This is what you need to know. Be sure to select RG59 cable with a solid copper core / inner conductor and 95% copper braiding. Look at the specification in the above image. These two elements are highlighted and the arrows point to the parts of the cable they refer to. The impedance of CCTV cameras is 75 ohms. In order to have minimum video loss, you should use coax cable that also has an impedance of 75 ohms. Coax cable is also available in 50 ohm and 93 ohm. Do not use these for CCTV installation. Use ONLY 75 ohm cable.
RG6 can also be used for CCTV. It is also available with a solid copper core / inner conductor and 95% copper braiding. RG6 can be run farther distances than RG59 without video loss, however, RG6 is a thicker, more rigid cable which is not as convenient to work with (especially around corners). RG59 is rated at 700 feet and RG6 is rated at 1000 feet for analog CCTV. RG59 is more typically used.
Like CCTV, cable television (CATV) is also typically wired using RG59 or RG6 coax cable, however it is not the same type of RG59 or RG6 that is used for CCTV installations. The difference is that the center conductor / inner conductor of CATV grade cable is made of steel or copper plated steel instead of copper. Steel has a much higher resistance than pure copper which leads to video loss at low frequency. Steel costs less than copper, which makes CATV cable cheaper than CCTV.
When choosing the right coaxial cable to wire-up an AV system, we frequently come across the RG6 and RG11 designations. RG Coaxial Cables are extensively utilized in Telecom projects as well as daily civil applications. RG Coaxial Cables include various types in which the most common model are RG6, RG11, and RG9 Coaxial Cables. How different are these three types It will be explained below.
RG Coaxial cables are the kind of coaxial cables utilized for efficient transmission solutions for Telecom systems that include Satellite communication, Marine, Mobile communication, the AM, FM, Inbuilding, and Radar Communication systems, video, and more.
RG11 Coaxial Cables are utilized for Wide Broadband with considerable signal transmission distance, generally used as the main cable line in transmitting observing camera data, Cable Television, etc.
Another weak point of the RG11 coaxial cable is the lack of flexibility which is produced by the thickness of fibers; it makes the employment of RG11 cables in typical home connections extremely challenging, if not impossible. RG11 Coaxial Cables cannot bend so much with different angles, so RG11 is often used as the mainline in connecting two points at a long distance. On the contrary, The RG6 coaxial cable is a lot better for this, and that is the reason why it is usually preferred for in-home installations. 59ce067264