E V Gray, Ismael Aviso, Tesla car or energy from the Vacuum

[nafanja]

In Peter Lindemann's system, we observe that energy tends to return due to back emf, но к сожалению мы не видим его зависимость от оборотов

[VIDEO]https://www.youtube.com/watch?v=DuZ3YptgngY[/VIDEO]

[nafanja]

[VIDEO]https://www.youtube.com/watch?v=-F39DaTXC7E[/VIDEO]

[nafanja]

[VIDEO]https://www.youtube.com/watch?v=UNa_jryP8MY&t=42s[/VIDEO]

[nafanja]

onight, a field-effect transistor burned. My mistake was that I used transistors with a voltage of 55 volts to power the push-pull transformer from the 24 Volt power supply, which was not enough.

the voltage margin of the transistors should be selected three, four times the power source for the transformer load. Now I have found IRF840, which is more than enough, against IRFZ44

For my purposes, a 100-150-volt transistor may well work.

https://static.chipdip.ru/lib/197/DOC000197083.pdf

https://static.chipdip.ru/lib/196/DOC000196982.pdf

[nafanja]

Night of 15.02.2018

[nafanja]

After our troubles in the field of return of the reverse EMF, I began to re-read a lot of the literature on magnetic amplifiers, radio receivers and so on ...












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[nafanja]

[nafanja]

There are of course interesting solutions in the field of magnetic amplifiers, so I can not share it with you)))

[nafanja]

he morning of 16 Feb 2018

Today there was work on tuning the thyristor control unit. A pair of thyristors has already been rebuilt. Now one of the generators operates at a frequency of up to 6 kHz, which does not reach the desired value a bit.

For detuning, a chain was used in the form of a resistance and a capacitor. The block is still stable, but today I have to work out the remaining thyristors, check their performance.

On the diagram, you can see two drivers that run on two transistors. The first bipolar transistor opens the thyristor, the second bipolar transistor closes. The thyristor is closed by a negative bias.

[nafanja]

[VIDEO]https://www.youtube.com/watch?v=7tBRQqHIOHA[/VIDEO]

[boguslaw]

Today there was work on tuning the thyristor control unit. A pair of thyristors has already been rebuilt. Now one of the generators operates at a frequency of up to 6 kHz, which does not reach the desired value a bit.

For detuning, a chain was used in the form of a resistance and a capacitor. The block is still stable, but today I have to work out the remaining thyristors, check their performance.

On the diagram, you can see two drivers that run on two transistors. The first bipolar transistor opens the thyristor, the second bipolar transistor closes. The thyristor is closed by a negative bias.

Do you mean that thyristor can work with DC current ? I'm really interested in this circuit, can it be modified so thyristor can pass rising voltage so whatever is connected to it will have rising current for example in ramp mode ? I need such electronic circuit for experiments, which is analog of just turning the knob of variac up and down. The reason why many failed is because electronics is mostly about shaping voltage wave but free energy need to manipulate currents.

Вы имеете в виду, что тиристор может работать с постоянным током? Меня действительно интересует эта схема, можно ли ее модифицировать, чтобы тиристор мог пропустить повышающееся напряжение, поэтому все, что связано с ним, будет иметь ток нарастания, например, в режиме рампы? Мне нужна такая электронная схема для экспериментов, которая является аналогом простого поворота ручки variac вверх и вниз. Причина, по которой многие потерпели неудачу, связана с тем, что электроника в основном связана с формированием волны напряжения, но свободной энергии необходимо управлять токами.

[Aaron]

speed vs output

But in the new laboratory, we began to work on a real engine and here we found a negative phenomenon that no one talks about. We did not find it in John Bedini, Peter Lindemann in the materials. We found that as the number of motor revolutions increased, the amount of energy returned from 95% dropped to 10%: and we had losses

Hi nafanja,

If the speed is too fast, the inductor cannot fully discharge before the next applied power cycle to the coil so it will fight against that. There are optimum speeds for each build and faster doesn't always mean better.

With an SG for example - a small build with a couple inch diameter rotor, it can run stronger and faster (without decrease of recovery) with 3 magnets instead of 4 around the rotor. It needs breathing room.

[nafanja]

Do you mean that thyristor can work with DC current ? I'm really interested in this circuit, can it be modified so thyristor can pass rising voltage so whatever is connected to it will have rising current for example in ramp mode ? I need such electronic circuit for experiments, which is analog of just turning the knob of variac up and down. The reason why many failed is because electronics is mostly about shaping voltage wave but free energy need to manipulate currents.

Вы имеете в виду, что тиристор может работать с постоянным током? Меня действительно интересует эта схема, можно ли ее модифицировать, чтобы тиристор мог пропустить повышающееся напряжение, поэтому все, что связано с ним, будет иметь ток нарастания, например, в режиме рампы? Мне нужна такая электронная схема для экспериментов, которая является аналогом простого поворота ручки variac вверх и вниз. Причина, по которой многие потерпели неудачу, связана с тем, что электроника в основном связана с формированием волны напряжения, но свободной энергии необходимо управлять токами.

Today I answer questions. The question was: can thyristors work with DC current? Yes, it seems that they can, because today there are two types of thyristors - unlocked and locked. Personally, I was not holding the locked thyristors in my hands, but judging from the information, it's possible. In the literature, they describe that they need a negative bias

I need such electronic circuit for experiments, which is analog of just turning the knob of variac up and down


Today we have a huge element base, which allows us to effectively solve a huge number of problems with different goals. including the task of adjusting the current, voltage and so on. Everything depends on the specific task


I now give you references to various kinds of transducers on Field Transistors Fet Mosfet

http://www.ti.com/lit/an/snva559a/snva559a.pdf

http://www.ti.com/lit/an/slua159/slua159.pdf

https://uni-obuda.hu/journal/Dudrik_Oetter_10.pdf

About thiristors

http://www1.labvolt.com/publications...86363-00_7.pdf

http://www.egr.unlv.edu/~eebag/EE-44...Rectifiers.pdf

[nafanja]

Современные силовые запираемые тиристоры

GTO IGCT

Gate turn-off thyristors (GTO) | ABB

[nafanja]