twisted pair

That is, they use them as two twisted pairs, one in each direction.

The most common form of installation is over twisted pair medium.

One of the cables in the twisted pair carries the signal itself.

Since the cable has ten wires, and eight are used for data, a twisted pair is left over.

Each bundle consists of twisted pairs that have different twist rates.

One or more twisted pairs, called a drop wire.

Twisted pair balanced lines are still widely used for the telephone subscribers local end.

It is here that the individual twisted pairs of a telephone local loop are terminated.

Each twisted pair line provides a single telephone circuit or local loop to a customer.

In fact, it behaves as well as a twisted pair.

Twisted pair wire is the most widely used medium for all telecommunication.

Twisted pair of data using signaling speed of 9600 bit/s.

This works over a single flat untwisted or twisted pair of copper wires.

The twisted pairs are then lightly bonded to each other in a ribbon format.

The medium can be coax, optical fiber, twisted pair or wireless.

These fibers require less maintenance than common twisted pair wires, once they are deployed.

A twisted pair has two wires of a cable twisted around each other.

Each channel consists of four wires, two twisted pairs.

The twisted pair carries the signal in a balanced audio configuration.

Twisted pair cables are usually grouped together in a binder where they experience crosstalk.

The trailing thing was a piece of twisted pair wire, the wires connected to the bulb.

For audio and telecommunications, balanced circuits are usually required, such as with the twisted pair format.

This configuration is common with twisted pair cable.

For communication cables this is called twisted pair.

Chen gives an equation of this form for telephone twisted pair: