Transmission lines are thicker than TV cable wires because the transmission lines are used to transmit both low freq and high freq signals. And the losses of the transmission lines depend the resistance of the line which inturn depend upon length and area. As we have to transmitt the signals over long distances the transmission lines are thicker in size.Whereas in TV cable wires the construction is totally different in which transmission of signals is in between two conductors thereby avoiding losses.Therefore there is no necessity for these lines to be made thicker. That is why transmission lines are thicker than TV cable wires.
Power cable is a thick cable connecting your computer to an electrical wall outlet. It can also be a thin wire connecting your modem or other device to a rectangular [ usually ] power supply to your electrical power bar or wall outlet. Data cables are much thinner, used mainly internally, and can be many wires attached together horizontally to form a wide ribbon of wires. However, a data cable can also be a much thicker cable connecting your modem, router, printer etc. to your computer.
Yes but cable t.v does not require as much cable juice as the modem so if it does give you a problem when you switch you will have to reconfigure the cable wires where they all split off.To make sure the cable line with the modem is one of the first.
a usb cable has four wires, two for power and two for communication.
if by "twisted pair cable" you mean a cat5 cable which is commonly used as an ethernet cable. then it´s made of copper.
There are four wire pairs. White/Blue - Blue, White/Orange - Orange, White/Green - Green, and White/Brown - Brown. Only two pairs are used in Cat5 networks.
connection of the ground of all the transmission lines and used as a communication cable between protection devices
there is no speed cable, it has a electronic transmission with wires
there is no cable. it has an electronic transmission with wires
cable stays are wires that look like big huge lines, but in 3D yeah! it is
Ethernet network traffic on a cat 5 cable only uses 4 wires of the 8 in the cable. Telephone voice transmission only uses 2 wires. Therefore, you can take any 2 of the unused network wires (pins 4 or 5, 7 or 8) and use it for voice. You would then have both data and voice transmission in the same cable.
Overhead wires do not require insulation, and it is easier to plant poles than dig miles of trenches.
Any category twisted pair cable uses 8 wires for transmitting and receiving data. However, only 4 of the 8 wires are actually used for data transmission.
The type of transmission medium that consists of a number of individually insulated copper wires is called twisted pair cable. This type of cable is commonly used in Ethernet networks for data transmission due to its affordability and ability to reduce electromagnetic interference.
On the bottom of the transmission with a set of wires going to it from the speedo assembly where the speedo cable is connected for a manual tranny
follw the shift cable to the transmission probably the black device at the end of the cable mounted on the transmission, there should be a rod coming out of the transmissionthat goes through the eyelet at the end of the shifter cable. it is one connector w/ 7-10 wires with in.
Transmission lines are three-phase systems. There are three line conductors in a three-phase system. However, to reduce electric stress at higher voltages, these lines are frequently made up of 'bundled' conductors -so each line might have two, three, or four separate conductors. In addition, transmission towers usually carry separate circuits -i.e. separate three-phase circuits on opposite sides of each tower. So, in the UK for example, a typical 400-kV transmission line will consist of two, separate, three-phase circuits suspended on each side of each tower, with each line consisting of four bundled conductors. That's 24 conductors.
how many wires does a coaxial cable have