Question for Peter, and all, about Newman machine

[Peter Lindemann]

Great Work!!

hello i am Ray and i am new here and like to share my findings on the Newman motor.

i a from Holland and i am studying this subject ready for same time now.
i started my road 5 years a go wen i find the 2 video of Peter Lindemann on the Gray motor and Tesla. i was totally hooked and look to this videos over and over again to understand it. now 5 years later i find 3 more videos and it gif me a lot of fate in this technology

in short the newman motor is like the wat Peter is doing only the ar still same things different but mainly the same.

my english is a bit shirty s don't main my english

here is my youtube site ware i put more then 50 videos of my expiriments on diverent supjects like Bedini, Newman, and peter. i hoop u like it!

YouTube - ray0energy's Channel


and her is my last video on the newman motor running on hi speed hi volt drivet by a PWM module

YouTube - newman motor powerd by a PWM volt stepup 12/50vdc

YouTube - newman motor powerd by a PWM volt stepup 12/50vdc part2

and here is a video ware i feed the output for the motor back to the ader site

YouTube - Newman motor 2 pulse wit one battery

Ray0energy

ps: i like to thanks Peter lindeman for all the work he dit over all this years it

Ray,

Great work! I've seen some of your films and it is great to see you trying new things, mixing ideas from Newman, Bedini and myself. This shows you have a creative spirit. Also, your willingness to give everybody due credit for what they have done shows a simple, intellectual honesty. This is EXCELLENT . With these two mental qualities, and your ability to build models and experiment, you are well on your way to discover new things.

Congratulations!!!!!

Best wishes,

Peter

[ray0energy]

Thanks a lot Peter

my goal is to combine them all now one more like EV,Gray
from low volt to hi volt

[ray0energy]

more battery or more coil circuit

i have bin experimenting a bit and find that this simple circuit can also bu used in serie or parallel to use the back EMF put it in a cap an drive the next coil.
if the 1e coil plus circuit will go OU (lets say 110%) then the next coils circuit will get 10% more energy and will go faster.....

so in case of 3 circuits in serie it will be like a jet engine (after burner)
in case of OU

so here ar same circuit combis that i think that can do the trick




place tell me wat u think of this.

i think the newman motor is the next step to get more mechanical power out of this motors. i think it is time to go hi volt plus to start wit 100 vdc or more then we will get closer to Gray and Tesla

[Peter Lindemann]

Logical

i have bin experimenting a bit and find that this simple circuit can also bu used in serie or parallel to use the back EMF put it in a cap an drive the next coil.
if the 1e coil plus circuit will go OU (lets say 110%) then the next coils circuit will get 10% more energy and will go faster.....

so in case of 3 circuits in serie it will be like a jet engine (after burner)
in case of OU

so here ar same circuit combis that i think that can do the trick




place tell me wat u think of this.

i think the newman motor is the next step to get more mechanical power out of this motors. i think it is time to go hi volt plus to start wit 100 vdc or more then we will get closer to Gray and Tesla

Ray,

There is a certain logic to your idea. Unfortunately, air-core coils, or coils wound on normal transformer laminations will NOT return more energy than you put into them. You can only expect this sort of behavior from special magnetic materials like Barium Ferrite or Metglas.

Higher voltages help to reduce losses, because the voltage drops on your semiconductors become a smaller and smaller fraction of the total voltage as the voltage goes up. So, if you have 1.2 volts lost across your transistor switch and another .6 volts lost across your recovery diode, that's a total of 1.8 volts you can't recover in the system. In a 12 volt system, that represents 15% of your input. But in a 100 volt system, its only 1.8%. So raising voltage DEFINITELY helps minimize losses.

Any motor topology that can be run with an electrical energy recovery that approaches 95% will be OU due to the mechanical energy produced. That's a no-brainer!

Just take one step at a time, Ray, and you will succeed. Don't worry about Gray's technology. It's totally different than what we are doing here.

Keep up the great work!

Peter

[ray0energy]

Ray,

There is a certain logic to your idea. Unfortunately, air-core coils, or coils wound on normal transformer laminations will NOT return more energy than you put into them. You can only expect this sort of behavior from special magnetic materials like Barium Ferrite or Metglas.

Higher voltages help to reduce losses, because the voltage drops on your semiconductors become a smaller and smaller fraction of the total voltage as the voltage goes up. So, if you have 1.2 volts lost across your transistor switch and another .6 volts lost across your recovery diode, that's a total of 1.8 volts you can't recover in the system. In a 12 volt system, that represents 15% of your input. But in a 100 volt system, its only 1.8%. So raising voltage DEFINITELY helps minimize losses.

Any motor topology that can be run with an electrical energy recovery that approaches 95% will be OU due to the mechanical energy produced. That's a no-brainer!

Just take one step at a time, Ray, and you will succeed. Don't worry about Gray's technology. It's totally different than what we are doing here.

Keep up the great work!

Peter

thanks peter

so wat i understand is that wit Ferrite or Metglas
(wat i find in the TV or PC monitors)
and wit hi volt it me be possible

i made before a bedini type motor wit 2 and 3 very Little coils.
wound on a ferrite core. in and it almost fly away
but in parallel and only one circuit.
YouTube - Bedini SSG motor project 3e test run!! 3coils and LED's

i am now building the one wit 3 circuit in series so i will soon gif a update on
my findings