Bi-toroid Transformer of Thane C. Heins

[BroMikey]

V8 Engine

Hey Sprocket

Let me solve the mystery for you if I may.

I guarantee you that if I put a V8 engine in pieces in a shopping basket size box and asked 10 different people to make it work again they would all swear something was missing or that it was a prank.

It takes more that just the pieces to make it work, it takes an expert even with something we all know beyond a doubt must work.

Yet not many if any could make a V8 engine function again after it has been thoroughly dismantled in the individual parts.

Tesla got stuff like that in the mail all of the time so they could make him look like a hoax-ster. Once Tesla called them names in his patents they never ceased to tear him down whenever they got the chance.

Can you understand their vendetta after Tesla called them nothing more than poet's and science fiction writers?

Most of the people on these forms who have been schooled for 4-8 years in a university will do the same thing as Tesla's buddies did to him. They were hateful and jealous, burning down his entire life's work and wealth in a moment of self gratification.

I could show you many other examples of devices that were demonstrated the wrong way but why bother with trying to correct people who have their minds made up?

I could be mean and say GO fly a kite in the rain so you can find free energy but that wouldn't be right

We shall see sprocket I agree. So many false claims have come and gone.

I know how you feel.

Mike

[BroMikey]

Mr Clean Video

Here is another great video that shows the way to Bi-Toroid success.

Mr Clean you are a great help to us, such an expenditure of time and energy for all the see. Awesome dude.

Here is Cleans write up on Youtube







https://www.youtube.com/watch?v=-LBn...wtY_6qiusDkyG9




https://www.youtube.com/watch?v=Ivm8aaQu00w


Published on Feb 18, 2013

A demonstration of the Thane Heins BiToroid technology (Heins Effect).
The purpose of this demonstration to show the viability of a conception of the invention using pulsed DC as a source of power. The intention being to secure DC as a source for obvious reasons of portability and the potential of combining Solar as the source.

In the first part of the demo a conventional transformer is compared to the BiToroid, used in a low power situation to carefully monitor the activity of real and reactive power while on and off load.
Next part of the demo, the Bi Toroid and the conventional transformer is driven with 12vDC and a PWM circuit set to 2.93 kHz and under 50% duty cycle.

In all instances, the same input power was applied to both transformers.

CONCLUSION:
The Bi Toroid transformer demonstrated that the input current was virtually purely reactive whether On or Off load, while in LOW power testing the conventional transformer's input power increased due to the well known Counter EMF induced from the conventionally loaded coil.
The visually apparent absence of Counter EMF on the Bi Toroid allowed for a much higher output under the exact same conditions as the conventional transformer.
The input power to the conventional transformer would need to be greatly increased to achieve the same intensity as the Bi Toroid at lower input power.
These unique behaviour of the Bi Toroid transformer while on and off load as seen in this demonstration are a clear advantage to the conventional transformer, and seem to be in-line with the inventor's claims.

[sprocket]

He really should have included a circuit diagram with that first video, it's hard to know exactly how it is connected up. Apart from the undoubted drop in real power in the primary when the secondaries are loaded, the main finding seems to be an apparently much greater output from the secondaries than is used to drive the primary. But this is hugely unclear - we are told that the primary consumes 6W (12v * 0.5A) then given the figures 34v and 0.5A output by the secondaries, and invited the work out the actual power! This is misleading, pure and simple, he is implying that the output power is FAR greater than the input, whereas that 34v appears to be the peak-voltage (impossible to know from that tiny scope) making a straightforward P=IV calculation pointless.

The second video doesn't measure up either. A conventional transformer is not designed to operate at 3Khz, so powering both transformers with a supply optimised to the bit-toroid makes for an unfair comparison to put it mildly. He should at least have tried driving the conventional transformer at 50Hz.

I've been looking to find toroids like he's using but can't find them anywhere. Hell, I can't even source TV flyback-transformer cores - those that most of the Russian videos tend to use. Given that at least 100 of millions were manufactured, you would think that someone somewhere would be selling them secondhand at a nice profit.

[BroMikey]

Video Mess

https://www.youtube.com/watch?v=H0ytyu9Q_-s







Yeah Sprocket I am with you, Thane is hard for ME to understand also when it comes to small details of in and outputs. You must understand the position that Thane was in being pressured to shut up and told he was gone if he didn't stop.

Clearly Thane is fighting tremendous opposition in his mind and the lump in his throat is the evidence. His stuttering and continual searching for words in a few of his video's shows the struggle.

Thane is a great man but like all men have a limit. God Bless you Thane.

So now back to Mr Clean, he is easy for me to understand. Clean is very young and is a great replicator for this project. I like the way he laughs with excitement when he hits the free energy node and rightfully so since there are only a few experimenters that can do this.

I wish I could have spent more time when I was younger testing endless hours on Extra energy stuff. Instead I was chained to the whipping pole till I was in my 40's.

I am contemplating where I am going to get a 15" X 10" double toroidal core material. I want something big enough to run a few fans and lights.

I thought about pouring epoxy blocks mostly full of magnetite using piles of old hard drive magnets. I think the hard drive magnets could be removed from their steal shielding and stacked.

Also if anyone knows if an electro-magnet will work? These can be made to do the job if they are not in conflict with the casting.

Making 12" long bars that are 1-2" wide and 1/2" - 3/4" thick could be cut and mitered with wood saws to form any shape.


While this mix is not what I want maybe the size bars would work.

This video gives people us an idea how to build our own bars.

I have noted other video's where charcoal (Activated) dust that is nanosized particles is used with magnetite. This is also a practice used with core material commercially.

The main consideration is that one loosely couple the primary to the larger flux path core material selecting a primary core to match the input frequencies for the least amount of loses in the primary. The primary winding and core material flux density must be many times higher than the secondary path, THATS IT YOU GOT IT!!!

As far as hooking two wires on each secondary and knowing which way to do it? is the fun part completed in several minutes. Shorting the coils like Mr Clean has shown teaches us much about the differences of BiTT as compared to the 150 year old designs we use in the jet age.

Mike

[BroMikey]

Zero Crossing explained

Here I would like to take the time to explain what a ZERO CROSSING CIRCUIT is and why it is needed.




Zero cross circuit - Wikipedia, the free encyclopedia


"A zero cross circuit (or zero crossing circuit) is an electrical circuit that starts operation with the AC load voltage at close to zero-phase. This is in relation to solid state relays, such as triacs and silicon controlled rectifiers. The purpose of the circuit is to start the controlled triac conducting as soon as possible, so that the input and output voltages and waveforms are as close as possible. This is useful when the triac is used to control outlets, motors, ballasted lights, or other loads where voltage drops or waveform clipping could cause ill effects.

The point where the line voltage is 0 V is the Zero Cross Point. When a triac is connected in its simplest form, it can clip the beginning of the voltage curve, due to the minimum gate voltage of the triac. A zero cross circuit works to correct this problem, so that the triac functions as well as possible. This is typically done with thyristors in two of the three phases.

Many opto-triacs come with zero cross circuits built in. They are often used to control larger, power triacs. In this setup triac turn-on delays will compound, so quick turn on times are important."


There we see a quote from a source that defines terms. What Bi-toroids need is a higher frequency than the line (60HZ) to find the resonant point of reflection so energy can be most effectively bounded back and forth between the two secondary coils.

This may require a frequency of several thousand HZ. To do this a zero crossing circuit is similar to a pulsed dc circuit in that it can oscillate higher than the line yet also is designed to keep the peaks from being clipped off.

This is not a pulse DC circuit.

It should be part of an AC amplifier/oscillator. This is what a transformer primary wants and in the output AC is produced as well.







https://www.youtube.com/watch?v=XdCvJ1wZ0bA

[sprocket]

@BroMikey - I was also looking into making my own inductors but concluded it a bit messy, not to mention, hit-and-miss. Ideally, a system that would allow us to 3D-print them would rock, but until someone comes up with that, I'm afraid I'm stuck with getting lucky on Ebay.

Zero-crossing detection will not prove of much use if you are just interested in a variable-frequency AC supply. Also, that video you link to is altering its amplitude, not its frequency. A cheap & cheerful AC supply might be a battery-driven setup where a variable sine-wave oscillator drives a push-pull transistor pair whose load is the center-tapped primary of your bit-toroid. Or maybe your sine-wave oscillator could drive a commercially available audio amplifier whose load is again the primary. Just had a look on Ebay and there's a 100W one for $16. You'd need a separate power-supply for it of course - if it would work in the first place! Just thinking aloud.

[BroMikey]

100watt push pull

@BroMikey - I was also looking into making my own inductors but concluded it a bit messy, not to mention, hit-and-miss. Ideally, a system that would allow us to 3D-print them would rock, but until someone comes up with that, I'm afraid I'm stuck with getting lucky on Ebay.

Zero-crossing detection will not prove of much use if you are just interested in a variable-frequency AC supply. Also, that video you link to is altering its amplitude, not its frequency. A cheap & cheerful AC supply might be a battery-driven setup where a variable sine-wave oscillator drives a push-pull transistor pair whose load is the center-tapped primary of your bit-toroid. Or maybe your sine-wave oscillator could drive a commercially available audio amplifier whose load is again the primary. Just had a look on Ebay and there's a 100W one for $16. You'd need a separate power-supply for it of course - if it would work in the first place! Just thinking aloud.

Great work Sprocket

When you can show me the circuit on ebay. I am trying to get my head on straight on what is best. I am lacking in many areas of this work.

Here is something for .90 cents that could be used to power a flashlight?





Mike

[BroMikey]

Amplifiers

Hi Sprocket

Here is a sinewave audio amp on ebay. Is this it? Also how many volts will the output muster up?

Rainbowkits Ebao 3 Wien Bridge Audio Sine Wave Oscillator Kit | eBay



Mike

[BroMikey]

Vfd

Here is what I had my eye on but these generally only vary frequency between 0-500hz

These are variable Frequency Drives. Then I thought maybe some AC treadmill boards.

I want to input 120vac but at 0-5000hz.





Yaskawa GPD 315 V7 CIMR V7AM40P7 0 75KW VSD VFD Working | eBay

[BroMikey]

Sine Wave Generator

Here is one piece of the puzzle. This is a sine wave and square wave generator.

Then as you say Sprocket send this to a push pull circuit. This circuit can operate in many frequency ranges so is great for testing when trying to find the resonant values.

I just don't want to be limited to 10volts on the input.



New 10Hz 300kHz PWM Signal Generator Sine Square Triangle Wave Board | eBay

[BroMikey]

Simple Push Pull

Maybe like this? I think this is to simple.

https://www.youtube.com/watch?v=FB6Wz2wILpU

[BroMikey]

WHYME inverter

Homemade Power Inverter (Simplified). - YouTube


Published on Sep 6, 2013
Unit converts 12 Volts D/C to 115 Volt A/C square wave pulsed at 60hz. Unit output capable of delivering 2000 Watts of household power.

[sprocket]

Haha, I don't think you need me for inspiration!

The Ebay amp I was referring to is here. It seems to need a 28v AC supply and you'd obviously need to match its output to your primary. A quick search throws up the ICL8038 as a possible sine-wave generator - 0-300Khz output. Specs and example circuits are available here. I'm sure I have a MAXIM chip somewhere that I've used in the past for something similar, but is probably overkill for this. The circuit you posted is exactly what I had in mind, although maybe bipolar transistor drivers might be better for sines. I think finding suitable ferrites is the biggest obstacle though.

Edit: Oops, I see you have already pointed to a ICL3038-based sine-wave generator in a post! $18 seems a bit steep, but then, it is nicely built!

[sprocket]

@BroMikey - That 2KW inverter video is very interesting! I've been trawling through the comments looking for details. Wish he'd told us if it had a pure or modified sine-wave output though. He does say that it is >85 efficient, which would be up there with commercially available inverters and incredible for something that simple. The best DIY pure-sine inverter I had come across before this is available here - includes a very good article on the problems involved in designing one.

[BroMikey]

Joking Right?

Haha, I don't think you need me for inspiration!


Edit: Oops, I see you have already pointed to a ICL3038-based sine-wave generator in a post! $18 seems a bit steep, but then, it is nicely built!

Hey sprocket

You must be kidding because what I am stumbling onto is by accident and you are validating my finds but I am unsure of the best way to proceed.

One thing I do know is that the H-Bridge you posted is the way to go and the PDF of the DIY sine wave inverter is the best there is. The narrow duty cycle pulses of DC and then the increasing width as the sine wave reaches it's peak is a great expose.

I am not going to build every circuit that I need. With all of the microprocessor based stuff around all pre-made, I should be able to buy board sections and nail them together like carpenter builds a house.

Do you know if that 0-300khz board will connect up to an H-bridge? Does it have the 4 outputs?

I will look and be back.

Mike