The diodes in-parallel has always been a nightmare for the research. To date, all in-parallel diode experiments show poor results. The in-series experiments were vitally important in proving that the diode produces DC current and voltage.
So then what about diodes in-parallel. It's probably far to premature to say anything yet, but the math is making an interesting prediction that as the number of diodes in direct parallel connection increases, there reaches a point where the DC power begins to increase. Given the massive in-parallel diode array, and I do mean massive, the DC power could begin to increase at a rate linear to the number of diodes in-parallel.
The problem is, unless there's a major breakthrough in this diode technology, it would require a diode array the size of a car to power a cell phone. Who knows, maybe a new technique will revive the diode in-parallel design.
The above is the brute force method. A diode array in-series could potentially provide kilo watts of DC power from a hand held size wafer. The problem is, the impedance would be so high that it's unusable.
Created on 2009-08-13 19:33:04 by EnergyMover
FE diodes, FE Misc devices, Free energy, Free energy devices, Science, Diode, Free energy, Old theories