Graham Gunderson's Energy conference presentation Most impressive and mysterious

[hartiberlin]

Thanks for all the hard work the users are doing here in analyzing the Gunderson MIT.

Great progress so far.

Well, I will join in a few days, cause I am still stuck in some tax work and flat renovation.
When I am done with that I will also buy the MIT conference movie and analyse it.

Well, here are all the latest movies so far released from the conference.

I would be glad if you could support overunity.com by getting and buying these
movies via these affiliate links ( you don´t pay more), as it helps to pay the hosting fees and maintainance work
and upcoming sites I am working on.

Many thanks in advance. Best Regards, Stefan.

2016 ENERGY SCIENCE & TECHNOLOGY CONFERENCE VIDEOS RELEASED SO FAR:

Magnetic Implosion Transformer by Graham Gunderson - http://www.emediapress.com/go.php?offer=harti&pid=14
Moray B. King: From Nanobubbles to Ball Lightning: http://www.emediapress.com/go.php?offer=harti&pid=85
Babcock DC Motor Disclosure by Paul Babcock: http://www.emediapress.com/go.php?offer=harti&pid=33
Cold Electricity by Aaron Murakami: http://www.emediapress.com/go.php?offer=harti&pid=41
Fundamentals of the Transforming Generator by Jim Murray - http://www.emediapress.com/go.php?offer=harti&pid=21
Open System Physics & Thermodynamics by Mike Waters - http://www.emediapress.com/go.php?offer=harti&pid=39
Bedini SG - Beyond the Advanced Handbook by Peter Lindemann - http://www.emediapress.com/go.php?offer=harti&pid=10
Electrical Transmission in Multiple Coordinate Systems by Eric Dollard - http://www.emediapress.com/go.php?offer=harti&pid=59

[Spokane1]

Dear All.

Here is my take on the Primary circuit timing sequence.

Spokane1

[Enjoykin2017]

There is a video on youtube somewhere,that shows the meter on the house spinning backwards when the guy uses his arc welder.
Wonder if he is saving money while welding?.


Brad

Hi tinman

I want to see that video. Would you like to post link here??
What is very interesting for me is arc welder and LCD-screen monitor anomaly !! Something strange has happened with liquid crystals !!

Thanks !!
Enjoykin

[Spokane1]

Dear All,

This weekends work showed a little promise. I was able to get the junk box mockup circuit to lock into the proper timing sequence to display the discontinuous sine wave. I just have the primary circuit operational. This evening I shall add the synchronous diode circuit and start to get a look at the backend operation. For what its worth this circuit shows:

1. This circuit will function at 12 VDC (using the single switch approach)

2. Operation can take place as low as 3.2 kHz

3. A classical laminated iron core  will support the novel oscillation pattern.

None of this means that we are in the OU window of operation, but it is nice to see some hardware implementation of the circuit under discussion. Using the component parameters I have in the actual circuit the simulation shows that I might be able to harvest up 6.5 Watts at a COP of .863. I'm sure the real world performance will be far less than this.

The advantage of the 12 V approach is that all the excitation energy comes from one source. All the gate losses, skew losses, and magnetic probe  interference issues can be evaluated. If this circuit can perform as a self runner then this is the direction to go.

The simulation also shows that the circuit performance improves if I were to use a smaller charging inductance choke. The junk box device (from a salvaged X-Ray transformer) has a 1 KHz inductance of 11.5 mH. The simulation shows that I need a 2 mH unit there. Grahams circuit apparently used a .0324 mH custom device.

If any one is interested in a schematic for this temporary evaluation circuit let me know. I'm sure there will be several variations employed as the circuit technique improves.

Spokane1

[TinselKoala]

Looks nice Spokane1! Love the LeCroy.

Are you using readings from that green current transformer in your calculations? Have you corrected for any phase shift in the current transformer readings?