Yes, their purpose is to prevent any unwanted noise in the signal.
6awg/2C in shielded tech cable if it is to be exposed.
We can wire this cable the way you need it, just ask in the order comments. The cable is thin, but it is shielded. We also offer heavier cables if needed.
You need a lan cable (cat-5 should work) does not matter shielded or not. Such cable I believe you can find any computer store.
The difference between a Microphone (shielded) cable and a normal speaker cable is that, When we use a microphone we use a balanced or shielded cable (with the three pins, XLR or cannon), not a normal two wire speaker cable. We use this because the single coming from the microphone is at mic level, below LINE level (less than 1 volt). The shield on the mic cable is connected into the mixer or amp. The shield wire (RF, Radio frequency interference) single its 'waves' are then flipped (reverse phase) to cancel the interference out, any excess interference is then taken to the earth wire. With out a shielded cable you would hear annoying interference eg. The typical phone beep (please turn phone off). Speaker cable does not need a shield because the signal coming into the speaker is above MIC level and RF interference can't get in (it isn't loud enough) so there is no RF interference and no need for a shield. Hope that has been a help!
As long as you need it to be. You buy it by the foot.
They custom make this cable to any length you need. I believe mine is 15 feet long. Nice cable for the money.
So we can remember people
It depends on what cable you're looking at. VGA cables need to be shielded and are thicker, while USB cables require little shielding and are thin.
form_title=Ethernet Cable form_header=Connect to the internet with an ethernet cable. How many ethernet cables would you need?= {(),1,2,3,4,5,6,7,8,9,10} How long do the cables need to be?=_ Where do you need the ethernet cables?=_
Over long distances cable loss happens because of the cable's resistance, The more current you create, the more heat generated and lost in the cable itself. It's all basic OHMS law. Thus to transport the electricity from the power generating plant over a national grid (over long distances), you reduce the current by stepping up the voltage using step up Transformers. When you step up the voltage, at the same time you lower the current for the same power. This reduces the line losses caused by the cables resistance. Obviously at the far end of the power transmission cable you need to use a step down transformer to bring the voltage down to the national domestic standard.
When you need to send a copy or image of important documents in long distances.
They can get to where they need to be quicker and easier.