Eldarion and Bruce's build of Bob's Energy Converter

[Jdo300]

Hi Eldarion,

The PWM is a good idea, but make sure that you use a low pass filter to smooth out the spikes that would result from the switching circuit. This could be done simply with a large capacitor in parallel with the DC output and a filter choke to smooth out any HF hash you might have on top of the cap. Though it the cap is big enough, it usually can get rid of most of this without the choke. Having a pulsed bias does cause interesting effects but it also may complicate the functioning and tuning of your coil.

I also attached two possible ways for you to put an electrostatic HV bias on the output coil without the HV supply draining into the load. I tested out the single coil one and it *seems* to work although you can't measure a voltage difference across the coil since there is no current flow (a volt meter and scope both need to see a current flow in order to read the voltage potential across something). So ultimately you would want something like an electrometer to really observe this, but It may work.

As for the second one, I know that this will work because I've done some experiments with Otto's 50-turn coil where I used a two-wire collector with one being grounded and the other scoped. I found that when there was an electrostatic difference of potential that the collector wire picked up much greater spikes when I pulsed the 50-turn coil. But by far, the best example is the ECD. If you look at the diagram closely, you'll see that the collector loops are simply two capacitively connected wire loops. The load bulb was then just hooked across the loop that was charged positive and the loop that was charged negative... A lot of people missed this tidbit of info when then assumed that the ECD was just a DC-DC step up converter. Anywho, try these two setups out. I'm confident in the second one, but not so sure about the first. Let me know what happens though .

God Bless,
Jason O

[Jdo300]

By the way, as another note. The reason that the bifilar biasing coil works is the same reason that Eric Dollard was able to wirelessly charge a capacitor off of RE emitted from the light bulb in his video:

http://video.google.com/videoplay?docid=-6461713170757457294

The bigger the potential difference, the more RE that can be captured. Thats my thought.

God Bless,
Jason O

[eldarion]

Jason,

I hooked one of my collector coils up like you described in the bottom picture of your post and ran the TPU with a scope across a 22-ohm resistive load, but all I got was a small amount of hash and the resistor stayed stone cold, regardless of frequency.  Putting the generator into the center of the TPU (well, sorta on top of the TPU in the center ) did not change anything.

I read your "Phase Relationships and Harmonics" document, and I think I'll implement those suggestions and try again.  My pulse sequences are way off of what is suggested there.

BTW, I re-built the bias supply, and now it can generate 150V under significant load from the pulse generator.

Thanks for your help, and I will defnitely keep trying to get this working!

Eldarion

[eldarion]

Bob,

Is the attached pulse sequence correct for the rotating 3-phase "small hurricane" device?

All the pulses would be 160V in amplitude; I simply staggered the amplitudes here so that the sequence would be easier to see.  The green sequence would go to Primary Coil 1, the red to Primary Coil 2, and the blue to Primary Coil 3.

Thanks!

Eldarion

[Bob Boyce]

More like this. Blue is primary 1, Red is primary 2, and Green is primary 3

Bob