In terms of bulk electricity tranmission and distribution, not at the moment -but who knows what will be possible in the future? At the moment, various small appliances are being designed that can be wirelessly charged within the home and, no doubt, this feature will become more common. But extending this to bulk transmission of electrical energy is completely-different.
Answer: No, and it is not possible to transmit power wire less, although small amounts of power can be captured from radio frequency signals flying around all over the world and it is not very difficult to capture it, all one need is a good multi band antenna to capture a large as possible part of the RF spectrum and some rectifying electronics. Then there is a way to capture power from the magnetic field surrounding high-tension overhead lines, but that is dangerous and illegal, and also to unstable for any use.
Yes, it is possible on an electronically controlled transmission.
101 amps for chassis wiring and 37 amps for power transmission. This is for short lengths of wire.
The maximum amperage it can carry for power transmission is .92 amps.
The cause is most likely electrical, with a possible chaffed wire, loose connector connection or loose ground wire leading to the engine, transmission or elsewhere.
1. Wire resistance 2. Leakage around insulators 3. People stealing the power
ATX power supplies do not have dedicated switches. They are signaled to turn on by a small button plugged into the motherboard and placed on the front of the computer case. It is possible to force an ATX power supply to turn on by running a wire between the PS_ON wire (the green wire) to a ground wire (a black one).
what kind of power wire?(a power wire for an amp maybe) what kind of power wire?(a power wire for an amp maybe)
the smaller the wire the less amps it will send to you amplifier.
yes theres an braided ground wire that bolts to the transmission bell housing
High voltage is used to transfer power over long distances ONLY because the gauge of the wire can be smaller. Power transfer is always most efficient at the operating voltage if the size of wire is not an issue.
It's possible, but it depends a lot on the electronics of the camera and whether or not it's being operated by an AC or DC power source. In fact, it's even possible to send the video over a two wire system, such as the power supply's positive and negative leads.