Here are some scans of some TRV data from Feb. 2005. By this time I was really starting to refine the unit and get some good results.

The TRV data is BLIND. Pretty interesting notes.

To learn more about TRV look at these links:

What is Technical Remote Viewing? Part I

What is Technical Remote Viewing Part II

For the info.

That data clearly shows the "berserk" fighting against each other is the opposing magnetic fields of 2 magnets pushed together.

Hi all,

Great info about the TRV.

I was just wondering, would a transistor with higher voltage ratings than the MJL21194 be an improvment? In a similar way to the improvment over using the 3055 type transistor, or would it mean that it simply wont burn out as easily.

I will be trying this out for myself, but if someone else has already done some testing I would be interested in the results.

Cheers,

Steve.

John said in the SG group that the mjl21194, 2n2222 and one other goes negative at about 1 amp input..meaning there is a range that the current draw drops backwards even with increasing voltage...that after that range, current starts to go back up again.

how are you working out your c.o.p. figures, am runnung my sg at 11.5v off single battery.using normal bedini battery charging twin battery circuit, collecter runs thru bridge and the battery also runs 60w dc flouro iight.so it seems to be 11.5v x 200ma to run systemand 50vx150 ma out, plus 60w. this should be2.3 watts to run and 67.5 out.this is not exact due to loosing .05v after 4-5 hour session,what figures should i be aiming for, any help

Hi Aaron,

Not sure what that means in terms of charging performance. I'm still learning about how transistors and the like function.

Cheers,

Steve.

Steve,

It's like they can be run in a high efficiency sweet spot. John might have posted more details in the Bedini SG group that Sterling was asked to close...the msgs are still there.

Hey! I just found 3 pics on my puter of the SG that I ran for thousands of hours.

This is the unit that I regularly produced 1.9 amps for every 1 amp used.







These pics were taken to send to Aaron back in 2005.

Important Note: I 100% believe that the results I experienced were a direct benefit of certain PATHS modules.

Hi Kevin,

Thank you for your pictures... That looks simple enough, I also have used magnet wire for my connections because it is very flexible, and I figured that it has the same resistance as the coil.

I like how short your connections are.

I think I may attempt to replicate this. I am still not sure how you are combining the two circuits as I don't see the underside of the board, but looks very straightforward...

Ok you have a trifialar coil. so this is setup like the standard multicoil Bedni circuit? ( see attached )


Mart

Attached Images

multi-coil.jpg (126.3 KB, 27 views)

I looked at the attached...greek to me. Aaron would be able to answer that better.

I first wrapped the coil with wire according to the original Bedini SG instructions, then when I went to the two circuits I had to start over and rewind it with TWO power wires (one for each circuit) and one trigger wire.

P.S. Looking at the pic of the coil it does not look very neat...however, I tried very hard to not only twist the wires evenly BEFORE winding them, but also to wind them evenly from right to left and then left to right, etc. I was told that this DOES make a Measurable difference.

Twists...

I did not twist my wires on my main coil today I looked at my transistors on my circuit board and I have a board that should be just like your coil setup All I need to do is straighten the wires and shorten them as you have them setup.

On Erin's page he simply hooks his wires up to a drill and twist them all together at once.

Erwin's Work Shop.


I may redo my coil as well, I may take a measurement of my present setup and make one change at a time to test the change.

Hi All,

Well, today I had my first zapping from my enegizer. I guess that completes my initiation.

I was testing the voltage spikes on a small 400V cap (got it to about 230V) when I touched the transistor to check for heat. I forgot I was using the 3055 type. My finger bridged the output of the collector diode with the casing. Sent a nice little tingle through my upper body.

I guess it's just another sighn that there is a lot more going on than meets the eye.

Cheers and all the best.

Steve.

Yeah, stretch all the wires way out in a long space...prolly have to go outside...then use a slow speed drill to twist them.

I was told early on that this was an important feature.

Yep, know what you mean. I never used a cap in any of my work, but the spikes that the basic SG produces give a good jolt!

I actually got experienced enough that I would sometimes grab hold during the tuning process to get a "feel" for how things were going.

That was before I got an oscilloscope!

I started with 2n3055's. I do not have a scope so I charged a capacitor quickly (no load on SSG) to determine peak voltage. Do this process at your own risk as it can blow parts fast. With 2n3055's, I was getting 165 volts. With MJ15024's, I was getting 225 volts.

In normal operation, with brief load disconnects for whatever reason, the protection NE-2's would glow dull orange with 2n3055. With the MJ15024's, I would get bright pink. With three power coils using MJ15024's, I would get blinding violet.

I used the MJ15024's as the local electronic shop did not have MJ21194's.

I have found all John Bedini's gems worth following.

All my transistors have run cold. There must be negative resistance or some effect taking place.

I plan on using MJ21194's for my next build.

Possibly in a half H bridge with a MJ21193.

Hi All,

I've been looking over various energizer schematics/diagrams, and I have noticed that many of them have multiple output diodes paralelled together and all going to the charging battery. Does this setup improve the performance of the enegizer?

P.S. Finally ordered the FEG book, so maybe that will privide some insight. I'm sure it will

Cheers,

Steve.

dambit

Yesterday I was testing the real diode's function by using them in paralel, is amazing and obvious his real function, the real mathematics model of diodes shows clearly a drop voltage in the K-A junction so in the practical this limits the max power that our power coil able give us in Back EMF way. Normally this voltage drop is about 0.6 volts, but can be higher when the junction has no recovered of inversed voltage as Bedini's Osc case.

I have tested this diodes:

1N4001 x 4 in paralel: works great, capactitor charged very fast.

1N5404: voltage drop very high, in paralel is far away from 1N4001

1N5408: equal to 5404. very big can be difficult for a pcb.

1N4148: it's high recovery, but voltage drop......

The 1N4001 x 4 in paralel, it's highly necessary in Bedini Osc, when you put diodes in paralel voltage drop appearentely get to hide.

The diode connected Base-Emisor, normally 1N914 can be replaced by 1N4148 because is high recovery and is possible get higher RPM's. I had no tested yet.