You usually buy it. If you need just a short piece, and you have some single-conductor wire, you can measure out two pieces a little longer than you need, tie one end to something, and chuck the other ends in an electric drill to twist them. The wires will get shorter as you twist, so be sure to start out with longer pieces.
Easy: make sure both ends of the cable are completely disconnected. Go to one end of the cable, twist 2 cores together for instance brown and blue. Now go to the other end of you cable and test the continuity between the brown and the blue cables. This will verify both of these cables are continuous.Now untwist the cables, and twist another pair together, say brown and green/yellow. Test again between these cable and you're done.If you are fault finding, you can use this to figure out which cable is broken.Say you get no continuity between brown and blue.Set the test up again, test brown to green/yellow and you get nothing again.Set the test up again, test blue to green/yellow... assuming you get a continuous signal here you can assume you have a problem with your brown wire.
Current in the single core cable would induce a magnetic current in the steel cable, though a transformer effect. This would heat the steel armored strands, and the circuit would increase more electrical power from the load supply point. The earthing of the cable glands would complete the circuit and the return current would flow in the earth bonding cable between the two points. This is called Eddy currents generated in the cable by the twist of the steel armored around the central core, current flowing in one direction
First twist together the wires to be joined. For larger wire use lineman's pliers to apply twist. Make the twist clockwise. Then twist on the wirenut clockwise on the wires. Wirenuts are rated as to how many wires of a certain size they can hold but in general twist by hand until you can twist no more and then about 1/2 twist with pliers. If the wirenut does not get tight it is too big or internal metal portion could be clogged in some way.
cable gland sise 20s means
what should be the distance between instrument cable and electrical cable
used on a floppy
The twist is to identify the connector which is assigned for drive A.And the other end connector is for mother board.
The floppy cable has a twist in the cable.
Yes, category 3 cable would work at that speed.
Twist pair cable
indicates drive A
a floppy ribbon cable that tricks the computer into using the drive as A:. This is done with the use of a special twist in the cable that electrically changes the DS configuration of the drive after the twist. This twist, then, causes the controller to think the drive configured as B: is really configured as A:. For this reason, during installation of a floppy drive, always make sure your Drive A: is located AFTER the twist on the floppy ribbon cable. If you are trying to use a non-standard floppy cable without a twist, you'll have to change the DS jumper to DS1, or the Drive A: setting.
b
To answer what seems to be the question, in 1940 the British Film Institute produce a TV versionnn of Oliver Twist.
A Cable maker would produce wires and cable which have lots of different purposes and functions. The first is that you can use the cable to tie back wires and there are also lots of others such as wiring for a plug.
3 types of ribbon cables found in a PC are, a 34-pin floppy drive cable with twist, a 40-pin IDE cable with 40 wires, and a 40-pin IDE cable with 80 fine wires(80 conductor cable)A floppy drive cable, an IDE cable, and a CD or DVD drive cable
Cable twisting length is not standardized. In a typical cable there are 1.5 to 2 twists per cm in Cat-5(e) and 2 or more twists per cm in Cat-6. One cm equals 0.393701 inches. Within a single cable, each coloured pair have different twist lengths. Each cable manufacturer's twists per pair is usually different from another manufacturer.