Eds design

[gn0stik]

Here you go, here's the circuit diagram, the conversion element diagram, and the patents for said devices. These are the original patent and the two subsequent patents he received while working with the government. Check out that video on google video, just look up p.lindemann, or free energy secrets of cold electricity.

[c0mster]

I thought I would post a link to this video and image from my lab.
Tesla is right, the capacitor does make a difference in the longitudal waves down the coil from the violent blast. The better I can get the cap to charge and release creating a bigger snap the better the strobe light lights. Here is an image of the setup http://cmnet.ca/projects/maggap.jpg. Here is a video applying violent shocks to 6 raps of house wire. The right side coil is connected to the strobe light. http://cmnet.ca/projects/hvt1.avi.

Camster     

[c0mster]

I thought I would post a link to this video and image from my lab.
Tesla is right, the capacitor does make a difference in the longitudal waves down the coil from the violent blast. The better I can get the cap to charge and release creating a bigger snap the better the strobe light lights. Here is an image of the setup http://cmnet.ca/projects/maggap.jpg. Here is a video applying violent shocks to 6 raps of house wire. The right side coil is connected to the strobe light. http://cmnet.ca/projects/hvt1.avi.

CamsterÃ,  Ã,  

When I test the circuit without a capacitor, the spark gap will jump the full distance of the electrodes when the electrodes are at their widest. The strobe light will not light and using a milliamp meter on a separate coil, which is held close to the base of the heavy coil, shows 0 ma. With 2 .05 microfarad 1kv cap in series from a 1940Ã,’s radio, the distance between the electrodes has to be about 1-2 mm to get a white spark. The strobe light lights and the amp meter shows .05 ma. As well I used a coil connected to my oscilloscope, placed at 90 deg to the setup coil and could read a 9-10 volt ac wave. I believe with this experiment I may understand what Peter Lindermann described in his presentation with regards to some of TeslaÃ,’s work in conduction with Hertz. Ã,“Slapping the water with a hand.Ã,” One other note: The positive side of the thick coil showed much less to no action but the negitive side is where I took the above values. Disconnecting one wire from the strobe light, I could get a 3mm spark that would seem to go into wood, the ends of capacitorsÃ,  and the end of my finger from that wire with out any shocking affect <such fun >.Ã,  So perhaps the higher readings with the capacitor was do to the capacitor being a capacitor and holding back until it has some amps behind it sending more amps into the main coil and producing a higher voltage to light the strobe. ? The pulses were timmed the same.Ã,  

Camster

[fcpeace17]

Im new to this community, i have been over on physics forum for awhile. i dont know why this thread died but i find your experimental video and idea very interesting. what exactly is that set up you have, from the picutre i have a gard time telling. i looks as though you have some sort of coil with 5 windings comeing from the capacitors going to a turbe of some sort. Have you tried it with capacitors with a higher micro ferit rating? When Dr. Lindeminn says that the abrupt \discharges must be less than 100 micro seconds does he mean less frequent than 100 micro seconds. I feel as though all that are interested in harnessing these truly astonishing electro radiant events should come with me to start in a strategic direction to figure out this circuit along with telsa's magnifying transmitter, and how the two coorilate. If you have not watched the peter a lindeminn. (sp.) video on google video, i HIGHLY suggest you watch it or read the book before joining the discussion, for the insight it provides is remarkable. Evan

[fcpeace17]

also, did ed gray's circuit produce ozone?