HE said: control coils wound ALL OVER the collectors....but the ECD is a little bit different but still a good working TPU!! You love it or not, ha,ha.

4. why are you all the time talking about a high voltage? A lot of people are doing the same.

Once I was working with over 50kV, lighted a bulb but ....no magic.
I was curious yesterday and measured with my scope the voltage in my ECD: the biggest I measured was 700V and I lit a bulb without any problems but.....still no magic. But the voltage is a little bit high. I should reduce it to maybe 200V or less for a ECD. Of course this ...lets say 200V can also light my 100W bulb. Thats for sure.

Are you still using the setup that you described in the TPU_ECD-V1_0-de1_1.pdf file?

Hello All,

I would like to refer to the following topics:

What frequency should be used?
I would recommend to start with a fundamental frequency having a wavelength equals to four times the length of the secondary conductor. This is a condition that Tesla recommended for his devices because the maximum voltage occurs at ¼ of the wavelength. At this point you will also obtain the maximum output power. On the contrary, the secondary voltage is expected to be zero if the wavelength of the fundamental frequency is twice the length of the secondary cable.


TPU Gyroscopic effect?

My best guess is that it is due to vibrations due to a bad design of the coils structural supports. The coils might be wound over a rubber like material with elastic properties. These materials will compress and expand under the magnetic and electrostatic pulsating forces of the primary and secondary coils, respectively. For example, the turns of the secondary coil will attract (get closer) when a load current is circulating in the secondary.

Bajac

PS:
The following link is an interesting article. What is your opinion of the “DC Anomalies”?
http://educate-yourself.org/fe/radiantenergystory.shtml

Has someone tried the proposed TPU embodiment?