Builders Thread
#2
Andy:
Do you know that twisting signal lead pairs helps reduce interferance! That is why the old anolog telepone wires were always twisted, it will not add that much length to the wire and any thing you can do to reduce signal coupling is a plus. It will also help keep it from inducing stray signals in other devices!
Charlie
Do you know that twisting signal lead pairs helps reduce interferance! That is why the old anolog telepone wires were always twisted, it will not add that much length to the wire and any thing you can do to reduce signal coupling is a plus. It will also help keep it from inducing stray signals in other devices!
Charlie
#3
Item 12 is not necessarily a good idea unless the wires are twisted. Parallel wires bound tightly together over long distances produce ‘crosstalk’. This is where the magnetic field generated around the wire is picked up by the wire next to it and superimposed on the signal on that wire. I would recommend twisted wires over long distances; the twisting reduces the risk of ‘crosstalk’ considerably. Or you can use screened cables.
Paul
Paul
#4
Thread Starter

ORIGINAL: GrayUK
Item 12 is not necessarily a good idea unless the wires are twisted. Parallel wires bound tightly together over long distances produce ‘crosstalk’. This is where the magnetic field generated around the wire is picked up by the wire next to it and superimposed on the signal on that wire. I would recommend twisted wires over long distances; the twisting reduces the risk of ‘crosstalk’ considerably. Or you can use screened cables.
Paul
Item 12 is not necessarily a good idea unless the wires are twisted. Parallel wires bound tightly together over long distances produce ‘crosstalk’. This is where the magnetic field generated around the wire is picked up by the wire next to it and superimposed on the signal on that wire. I would recommend twisted wires over long distances; the twisting reduces the risk of ‘crosstalk’ considerably. Or you can use screened cables.
Paul
Andy




