I have discussed how the diode could be difficult to aggregate if diode experimental data is correct in suggesting that the DC voltage and power is relative to Rz, the diodes near zero bias resistance. This would make diodes in parallel produce less power than a single diode, and it might make diodes in series a ...
2009-07-05 14:37:10
It appears that external capacitance on the diode has an appreciable effect by slowly decreasing the produced DC voltage. The decay rate is rather slow, on the order of weeks to months. Initially that is difficult to explain, but here is one good explanation --> I just ran a Spice simulation on the internal noise ...
2009-06-27 15:11:03
Present data indicates that diodes in direct parallel connection would produce less power than a single diode. Although, it is possible that *disturbed* diodes would improve with more diodes in either direct parallel or series connection. It is believed that the diode in the disturbed state has reached its minimum ...
2009-06-17 14:29:56
Recently several people have asked how the TED effect could be such a slow effect. More data is needed to understand and explain the TED effect, but I believe the TED effect is caused by two main effects --> An effect similar to and related to Flicker noise. Flicker noise is also known as 1/f noise due to its 1/f ...
2009-06-14 16:21:40