Bi-toroid Transformer of Thane C. Heins

[Web000x]

But the input is 30ma @ 8.8v

30 ma or 300 ma? Your diagram says 280 ma...

[BroMikey]

Mike, can you tell me how much current is running through the load and how many volts are across the load? I'm curious.

Dave

Okay Dave you were right.

I was getting some bad readings. The amp clamp works sometimes and I was under the impression it was calibrated with these other meters.

The readings are off.

The lines show 400ma and the load shows 120ma @ 7.4v

But the input is 30ma @ 8.8v

But I am in a hurry not real sure. I am working out in the yard toneight.

Mike

[Web000x]

Mike, can you tell me how much current is running through the load and how many volts are across the load? I'm curious.

Dave

[BroMikey]

Measuring

Hi Dave thanks for the notation.

The 6 light bulbs I use are 5 volts each and so I have 3 of these 5 volt lights in series. Then I have 2 sets in parallel. The lights not glowing very brightly on 7volts but just in case I measure the resistance after it ran awhile as quickly as possible.

Both measurements came to 12.2 ohms. Just for your information

See the bulbs are not being pushed to their limit so they are not hot, maybe mildly warm so the resistance is stable.

As far as the meter goes, I put it all around the back end and the amp clamp shows the same as these new meters wired directly in.

Yeah their is a slight difference on one side of the cap or the coil that is 10 feet longer. I am still testing yet I will tell you all something right now.

Every point in the secondary side does not read as expected sometimes.

It is like most of the current goes one way so maybe I need an amplifier to do this right.

For now I am glad to see what i have shown you above.

Next I will do some scope shots in the days ahead. I do things very slow and I do give up. One thing younger people do is, everything fast and are done before I ever get started.

This is going to be a project that will take at least a year to even get small amounts of excess. I say it this way because once I can determine that a device can give me what I want, I lock in and think about it, day after day.


I will be doing Pulse DC as well as zero crossing type pulsing in the days ahead. So far from my experiments, it is my personal belief that any bi-toroid/sft2 can be tuned for any frequency at a certain voltage accompanied by the current.

Once it is tuned close on both ends at that voltage adjusting the voltage up and down can reveal even higher efficiencies for that load. All of this to show a proof of a certain concept.

I will be pulling down a few standard transformers off the shelf to compare.

Keep up the good work Dave

Mike

Hey Mike,

Great work, but if you are going to make power measurements, you must have the amp meter in series with your load. Right now you have it setup to where you may be getting skewed power measurements because you are reading your reactive power flow too. Another option would be to take the voltage reading across your load and calculate power using (E^2)/R.

Also, remember that the resistance of the filament in an incandescent goes up with a function of temperature. This means that the resistance you measure at a state of rest will not reflect the resistance under load. The hotter the filament, the higher the resistance will be. Calculating power using the 12.2 ohms will yield larger results than that of a higher resistance. Don't let that one bite you. Once you find the tuning you like, try swapping the lamp out with an appropriate rated resistor and run the power calculations.

Keep at it,

Dave

[Web000x]

I am running tests with the BiTT/SFT2 as shown in the picture.

Even at 60hz I read more in the secondary lines. I got my 2 brand new meters in the mail and compared them to my AMP CLAMP and both read identically so the reading were correct.

Using ohms law at 7vac the light eats 500ma plus.

Good results are hard to come by and this is good news. I have been thinking take to welders apart to get the transformers,set them up as ELECTROMAGNETS to make large magnetite bars.

Just a thought


Once I tuned the BiTT the efficiencies climbed up.



Mike

Hey Mike,

Great work, but if you are going to make power measurements, you must have the amp meter in series with your load. Right now you have it setup to where you may be getting skewed power measurements because you are reading your reactive power flow too. Another option would be to take the voltage reading across your load and calculate power using (E^2)/R.

Also, remember that the resistance of the filament in an incandescent goes up with a function of temperature. This means that the resistance you measure at a state of rest will not reflect the resistance under load. The hotter the filament, the higher the resistance will be. Calculating power using the 12.2 ohms will yield larger results than that of a higher resistance. Don't let that one bite you. Once you find the tuning you like, try swapping the lamp out with an appropriate rated resistor and run the power calculations.

Keep at it,

Dave

[BroMikey]

Extraction Device

A transducer acting as a transmitter receiver to rake in energy from all around

Sound like you are going to get the Extra.

Mike

[Dog-One]

Wise Guy Hey?


Hello Dog-One

I am very excited about these results as a beginner. So many experimenters never see extra energy in a circuit. The first step has been taken according to Thane. Start at 60hz and learn the basic hookup diagram. Take a few scope readings and THEN move up to the BIGTIME comin right up

https://www.youtube.com/watch?v=-LBn...sDkyG9&index=7

17nF for each secondary.

How are your windings coming along?

mike

Very encouraging you are seeing some power gains at 60Hz--I really didn't think that was going to be possible. I may try some low voltage tests with my big cores. I know they will saturate at line voltages and won't work at all in the audio range.

My windings are on hold until my Litz wire gets here, but then the rubber is going to meet the road. Should be fun.

I do have a theory of operation experiment I'm hoping to try too. If this proves true, hold the phone because all the livestock will be exiting the barn. It involves Spin Connection Resonance as explained by Dr. Mryon Evans. Get your fill of SpaceTime energy at:
Alpha Institute for Advanced Studies - Home

[BroMikey]

You Dog You

Wise Guy Hey?


Hello Dog-One

I am very excited about these results as a beginner. So many experimenters never see extra energy in a circuit. The first step has been taken according to Thane. Start at 60hz and learn the basic hookup diagram. Take a few scope readings and THEN move up to the BIGTIME comin right up

https://www.youtube.com/watch?v=-LBn...sDkyG9&index=7

17nF for each secondary.

How are your windings coming along?

mike

So do you think Swaroop Vaidyanath can build you an optimized SFT transformer?





I'm sorry, couldn't resist that one.

[Dog-One]

Here is a motionless isolated supply.

https://www.youtube.com/watch?v=IsHw18xybX0

So do you think Swaroop Vaidyanath can build you an optimized SFT transformer?





I'm sorry, couldn't resist that one.

[BroMikey]

Test runs

I am running tests with the BiTT/SFT2 as shown in the picture.

Even at 60hz I read more in the secondary lines. I got my 2 brand new meters in the mail and compared them to my AMP CLAMP and both read identically so the reading were correct.

Using ohms law at 7vac the light eats 500ma plus.

Good results are hard to come by and this is good news. I have been thinking take to welders apart to get the transformers,set them up as ELECTROMAGNETS to make large magnetite bars.

Just a thought


Once I tuned the BiTT the efficiencies climbed up.



Mike

[vidbid]

Thane's Transformer Technology



Thane Hein P3 Bi toroid Transformer and Generator. The future of his device and company. - YouTube

Thane discusses his technology.

Regards,

VIDBID

[BroMikey]

Push Pull Isolation

Here is a warm up talk for isolation. My motors are big for mine so I don't like them with the noise. The small motors don't work without magnets on the rotor.

Only cap start motors work.

Here is a motionless isolated supply.

https://www.youtube.com/watch?v=IsHw18xybX0






Dale IT400 Medical Grade Isolation Transformer 110V 3 5Amp Power Supply 4 Plug | eBay


Mike

[BroMikey]

Update

I forgot to say I tuned my primary and 23 uf works great dropping the into and raising the voltage on the output. It lowered my ma draw from .29 down to .22 ma.

Then I increased the capacitance in the secondaries bringing me to 35uf. This brought me up in voltages from 6.5 to 7.8v.

Also I just about finished my isolated power source today.

Mike

[Web000x]

Here is an audio amp dummy load resistor. Look at the criscross windings.

Says its non inductive. 1 ohm and 100watts $19




Mike

Well, Mike, it looks like you just answered my question about using a caduceus coil. Its probably the way to go.



Dave

[Web000x]

Ask Dog-One he thinks this can eliminate some ground and other measuring troubles. I don't think I have a probe like that anyway. I have a 1 ghz probe and some slower that come standard with the HP54100D.


Talk to me Dave. I need to hear more on the possibilities with current probe hookups and so on. Did you come up with a better circuit yet?

Maybe use a carbon resistor? Just a guess.


Mike

I've never used a current probe but have a feeling that it is the most accurate way to go. I've looked on ebay to see if there are any available. Most are more expensive than I'm interested in.

I may for now just stick with carbon resistors or a caduceus coil. Carbon resistors are the reason that I figured out about my stray inductance. I used a 1 ohm carbon resistor and the waveform looked totally different than with the 20W wire wound 1 ohm resistor. Carbon resistors do seem to show me more accurately what is going on. On the other hand, I'm curious if I can cancel all magnetism out of the 1 ohm resistor with a caduceus coil. I could take a known length of AWG and calculate 1 ohm worth of length and wind caduceus coil with it. It may work. Anyway, those are my thoughts for now.

Dave