The major problem with diodes was that they were exceptionally sensitive to external sources, which easily disturbed them. Even the slightest disturbance such as RFI or heat from the hands could disturb them. After weeks of testing the piezo element, it is conclusive that they are not sensitive like diodes. The piezo has been producing ~ 10 pA the entire time, even after being handled, touching the wires, applying external voltages from resistance meters, etc.
The volume of material in the piezo is exceptionally hundreds of times greater than the typical diode, which is most likely the reason for the improved stability.
It is becoming clear that the 10 pA constant is the minimum stabilized DC current from a non-disturbed component. If the component is disturbed, it produces less than 10 pA. To produce over 10 pA is simply done by allowing the undisturbed component to rest unloaded. In fact, to produce a maximum average DC power it's probably advisable to never allow the component to reach the 1o pA level. This is accomplished by loading the component for awhile, unload it, load it, unloaded it, etc.
Created on 2009-09-07 21:56:31 by EnergyMover
FE batteries, FE diodes, FE Misc devices, FE piezos, Free energy, Free energy devices, Science, Crystal battery, Diode, Free energy, Piezo