Rather an oddball thought, but prompted from the following YouTube video:
‪Cell phone RF radiation detector‬‏ - YouTube
The output is illuminating a couple of LED's.
Thoughts turned to reusing old cellphones/mobile phones for their output power, to feed back in to the battery and recharge it. Or, at least, use the 3.7V battery output within what might be an efficient route - the signal gaining attempts of the unit.
How much energy are we talking about that could be collected ? I don't have the facts and figures, but have been reading the cancer fear thread that relates.
Do you think it might be an idea, to reuse obsolete phones as power generators, based on that very same output strength that they are infamous for ? Perhaps aided on many fronts by throwing them into Faraday cages as they run.
An extension of the thought, would be that because (presumably) RF energies are drawn into the load, the stray RF would be limited by the load. A phone could connect as usual and yet cut the battery needs down while doing so, by feeding excess back in to the battery. As you talk, your phone is charging.
If phones are truly not very efficient with what they knock out to what they need to knock out, then we get a charger effect by using the excess. The worst offenders on the market could turn become efficient, by a charge collecting retro fitted device.
Well, perhaps something to think about
‪Cell phone RF radiation detector‬‏ - YouTube
The output is illuminating a couple of LED's.
Thoughts turned to reusing old cellphones/mobile phones for their output power, to feed back in to the battery and recharge it. Or, at least, use the 3.7V battery output within what might be an efficient route - the signal gaining attempts of the unit.
How much energy are we talking about that could be collected ? I don't have the facts and figures, but have been reading the cancer fear thread that relates.
Do you think it might be an idea, to reuse obsolete phones as power generators, based on that very same output strength that they are infamous for ? Perhaps aided on many fronts by throwing them into Faraday cages as they run.
An extension of the thought, would be that because (presumably) RF energies are drawn into the load, the stray RF would be limited by the load. A phone could connect as usual and yet cut the battery needs down while doing so, by feeding excess back in to the battery. As you talk, your phone is charging.
If phones are truly not very efficient with what they knock out to what they need to knock out, then we get a charger effect by using the excess. The worst offenders on the market could turn become efficient, by a charge collecting retro fitted device.
Well, perhaps something to think about
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