int(val = 0 to 3 is 1 to 4 Or maybe you need to sense the negative instead of the positive, don't know just guessing, I'm supposed to get started with my Arduino Monday.
@llewgnal Gary, I am not an arduino wiz but I am getting better everyday. I would like to help you any way I can with the arduino side of things. Peace rawbush
i just checked some example programs from the arduino site... hmm.... i think i might be able to help...im pretty sure we could cobble something together that would work ( p.s im a Delphi programmer by choice )
@rave154 I believe that the arduino is either c or c++. The playground is were I spend a lot of time lately. I would gladly accept any help you can offer, and credit will be given to you. Thankz rawbush
nice work rawbush, ive done a little bit of similar work using my PIC32-MX ( which i believe is comparible to the arduino? )
one idea struck me though, since your 2 delays are fixed, and since you seem to have an RPM input, you could make the delays relative to the RPM..that way.as it speeds up the delays dont get "left behind" (or becoem relatively smaller & smaller) so to speak.
@rave154 I thought about that today wile getting the full circuit running. The biggest problem is that I am no code expert. I can look at others and finger out out it works kinda. First priority is to get rid of the delay command and use something different. Thanks for the comment. rawbush
@llewgnal Here is a link to the data sheet, I found no spec for ms. They are the same pn as what is sold in the Bedini kits. Watching the trigger on the scope, looks like all is good there. I will also try some smaller diameter magnets on the disc, but I don't think that will change much. Thanks Gary
hahaha the name RawBush makes more sense to me then TheUFOeffect :-) Other then that I am completely lost when it comes to the arduino and your setup. This is way beyond my skills and knowledge bro. I also think that the Bedini effect is so small that the benefits or efficiency becomes less when you start adding energy consuming electronics to the circuit, no matter how small the energy consumption is. I think You need to learn better what vacuum or dark energy is and how it occurs or appears.
My guess is that John Bedini is getting a gain because his hardware is exactly right, the extra energy comes from the universe, but only if the hardware is perfectly build. If you need to fine tune the hardware with electronics then the setup will never get the results that John Bedini gets with his setup, at least that is my theory. It's like an airplane, if the center of gravity is not right it will still fly when you adjust the ailerons, but less efficient because the adjustments create drag.
@insAneTunA It's better to keep the center of gravity right from the beginning then to adjust the flight characteristics later. My theory is that the same story goes for any Bedini type setup. With that being said it's still interesting what your doing. I might be completely wrong with my theory, but as always I just want to share my ideas. Learning how to use and program the arduino will help energy nerd herds like me and many others a lot. And I have a working camcorder !! Peace my friend, iT
@insAneTunA what you say does make some sense. For sure further research is needed, there is more then one way to skin a cat. Also glad to hear you got a video cam, so I better start seeing more videos from you. Thanks again my friend. Peace Rawbush
@Rawbush You can't skin more cats then available. You can't catch more dark or vacuum energy then available. A certain natural effect that occurs naturally doesn't become stronger by adding electronics. If you want to catch more energy you need to work on the receiving part (the coils, bearings, friction), not on the controlling part (the Arduino) The idea is that the motor section must be in perfect conjunction with the generator section without further adjustments from additional electronics.
@insAneTunA The sequential bi polar circuit is solid state, I have only changed the way it gets triggered. In one of the JB movies he states it isn't so much the machine but the tuning. My thought is that with a micro controller behind the wheel, it should become a lot easier to tune these machines. Thanks bro. Rawbush
@Rawbush I agree, but now you are mixing up two different devices. If you are adding energy consuming electronics to a device with bearings and other moving parts it will not become more efficient. But when you do that to a solid state circuit it's a different story. Maybe it's a better idea to get rid off the moving parts since you have an arduino. The same effect occurs in any magnetic field, even when it's created in an electronic way and not mechanical. Moving parts reduce efficiency.
@insAneTunA And he doesn't state that it isn't the machine and that it's just the tuning. In fact he says not to adjust the machine until you have tuned it properly as far as the wheel design goes, that's not the same. He says that only after you replicated the machine exactly you can make adjustments in order to make it run smoother, but the basic rules and ideas stay the same. Either you go solid state and use electronics, or you go the mechanical way with a perfectly balanced system.
@insAneTunA The reason why he says that is because he wants you to understand what happens. After you understand the wheel design and the whole process you can make a different design, but You want to combine solid state technology with moving parts, and that's not logic. If that would be a smart design then JB wouldn't have skipped that, but instead he went straight to the solid state design.
@insAneTunA I have to agree with your thinking about adding another drain to the system. But as far as efficiency goes it went from drawing .3amps too .1amps. While maintain same speed or a bit faster. This could be done with the right components as a stand alone I'm sure, but that is the hard way. You know I have been at this FEG for a bit :) now, I still believe that any motor must have usable shaft power, that's why mine doesn't levitate yet, I would love to replicate Jeorges motors.
@Rawbush Jorge's motor is not a Bedini motor, although it looks like it. I love his skills and futuristic designs, and I am sure that it is very efficient, but it's not a true Bedini setup, and he's producing normal energy. It's a "normal" generator. As soon as one can measure amps at the output side then he or she should know that something is wrong with the setup as far as the Bedini circuit concerns. Back EMF spikes are not the same as radiant energy spikes, according to Bedini.
@insAneTunA I believe what your saying. The idea behind using the arduino is more about secure timing. It will become more critical when I start dumping caps back to the power source. But if it helps it run a bit better, all worth the wile. Thanks for your input it is always accepted. rawbush
This has been flagged as spam show
The big Oil corporations are trying their best to stop free energy ideas from spreading to common ppl.
We need to put an end to this corruption ,start generating your own electricity now.
Visit LT-MAGNET-MOTORdotCOM and get the blueprints . Join the Revolution!!
affluenceclm 1 year ago
int(val = 0 to 3 is 1 to 4 Or maybe you need to sense the negative instead of the positive, don't know just guessing, I'm supposed to get started with my Arduino Monday.
llewgnal 1 year ago
@llewgnal Gary, I am not an arduino wiz but I am getting better everyday. I would like to help you any way I can with the arduino side of things. Peace rawbush
Rawbush 1 year ago
i just checked some example programs from the arduino site... hmm.... i think i might be able to help...im pretty sure we could cobble something together that would work ( p.s im a Delphi programmer by choice )
rave154 1 year ago
what language are you coding in......if its C or C++, then ill probbaly be as stuck as you.....but....i maybe could still help
rave154 1 year ago
@rave154 I believe that the arduino is either c or c++. The playground is were I spend a lot of time lately. I would gladly accept any help you can offer, and credit will be given to you. Thankz rawbush
Rawbush 1 year ago
nice work rawbush, ive done a little bit of similar work using my PIC32-MX ( which i believe is comparible to the arduino? )
one idea struck me though, since your 2 delays are fixed, and since you seem to have an RPM input, you could make the delays relative to the RPM..that way.as it speeds up the delays dont get "left behind" (or becoem relatively smaller & smaller) so to speak.
rave154 1 year ago
@rave154 I thought about that today wile getting the full circuit running. The biggest problem is that I am no code expert. I can look at others and finger out out it works kinda. First priority is to get rid of the delay command and use something different. Thanks for the comment. rawbush
Rawbush 1 year ago
What is the ms rateing of your Hall sensor ?
Gary
llewgnal 1 year ago
@llewgnal Here is a link to the data sheet, I found no spec for ms. They are the same pn as what is sold in the Bedini kits. Watching the trigger on the scope, looks like all is good there. I will also try some smaller diameter magnets on the disc, but I don't think that will change much. Thanks Gary
w w w.diodes com/datasheets/ATS137.pdf
Rawbush 1 year ago
This is very interesting, I am curious if the circuit can keep up with the speed of the energizer. The scope should tell you that.
marthale7 1 year ago
@marthale7 The weak link is the opto isolaters as far as speed is concerned. If it becomes a problem I will try ssr. Thanks for the comment.
Rawbush 1 year ago
Why is your name Rawbush?
TheUFOeffect 1 year ago
@TheUFOeffect It is just a nick name that was given to me long ago. Family and friends call me Rawbush. Real name is Robert Bush. Make better sense?
Rawbush 1 year ago
@Rawbush: Sweet.
TheUFOeffect 1 year ago
hahaha the name RawBush makes more sense to me then TheUFOeffect :-) Other then that I am completely lost when it comes to the arduino and your setup. This is way beyond my skills and knowledge bro. I also think that the Bedini effect is so small that the benefits or efficiency becomes less when you start adding energy consuming electronics to the circuit, no matter how small the energy consumption is. I think You need to learn better what vacuum or dark energy is and how it occurs or appears.
insAneTunA 1 year ago
My guess is that John Bedini is getting a gain because his hardware is exactly right, the extra energy comes from the universe, but only if the hardware is perfectly build. If you need to fine tune the hardware with electronics then the setup will never get the results that John Bedini gets with his setup, at least that is my theory. It's like an airplane, if the center of gravity is not right it will still fly when you adjust the ailerons, but less efficient because the adjustments create drag.
insAneTunA 1 year ago
@insAneTunA It's better to keep the center of gravity right from the beginning then to adjust the flight characteristics later. My theory is that the same story goes for any Bedini type setup. With that being said it's still interesting what your doing. I might be completely wrong with my theory, but as always I just want to share my ideas. Learning how to use and program the arduino will help energy nerd herds like me and many others a lot. And I have a working camcorder !! Peace my friend, iT
insAneTunA 1 year ago
@insAneTunA what you say does make some sense. For sure further research is needed, there is more then one way to skin a cat. Also glad to hear you got a video cam, so I better start seeing more videos from you. Thanks again my friend. Peace Rawbush
Rawbush 1 year ago
@Rawbush You can't skin more cats then available. You can't catch more dark or vacuum energy then available. A certain natural effect that occurs naturally doesn't become stronger by adding electronics. If you want to catch more energy you need to work on the receiving part (the coils, bearings, friction), not on the controlling part (the Arduino) The idea is that the motor section must be in perfect conjunction with the generator section without further adjustments from additional electronics.
insAneTunA 1 year ago
@insAneTunA Unless you go solid state, bt that's a different story.
insAneTunA 1 year ago
@insAneTunA The sequential bi polar circuit is solid state, I have only changed the way it gets triggered. In one of the JB movies he states it isn't so much the machine but the tuning. My thought is that with a micro controller behind the wheel, it should become a lot easier to tune these machines. Thanks bro. Rawbush
Rawbush 1 year ago
@Rawbush I agree, but now you are mixing up two different devices. If you are adding energy consuming electronics to a device with bearings and other moving parts it will not become more efficient. But when you do that to a solid state circuit it's a different story. Maybe it's a better idea to get rid off the moving parts since you have an arduino. The same effect occurs in any magnetic field, even when it's created in an electronic way and not mechanical. Moving parts reduce efficiency.
insAneTunA 1 year ago
@insAneTunA And he doesn't state that it isn't the machine and that it's just the tuning. In fact he says not to adjust the machine until you have tuned it properly as far as the wheel design goes, that's not the same. He says that only after you replicated the machine exactly you can make adjustments in order to make it run smoother, but the basic rules and ideas stay the same. Either you go solid state and use electronics, or you go the mechanical way with a perfectly balanced system.
insAneTunA 1 year ago
@insAneTunA The reason why he says that is because he wants you to understand what happens. After you understand the wheel design and the whole process you can make a different design, but You want to combine solid state technology with moving parts, and that's not logic. If that would be a smart design then JB wouldn't have skipped that, but instead he went straight to the solid state design.
insAneTunA 1 year ago
@insAneTunA I have to agree with your thinking about adding another drain to the system. But as far as efficiency goes it went from drawing .3amps too .1amps. While maintain same speed or a bit faster. This could be done with the right components as a stand alone I'm sure, but that is the hard way. You know I have been at this FEG for a bit :) now, I still believe that any motor must have usable shaft power, that's why mine doesn't levitate yet, I would love to replicate Jeorges motors.
Rawbush 1 year ago
@Rawbush Jorge's motor is not a Bedini motor, although it looks like it. I love his skills and futuristic designs, and I am sure that it is very efficient, but it's not a true Bedini setup, and he's producing normal energy. It's a "normal" generator. As soon as one can measure amps at the output side then he or she should know that something is wrong with the setup as far as the Bedini circuit concerns. Back EMF spikes are not the same as radiant energy spikes, according to Bedini.
insAneTunA 1 year ago
@insAneTunA I believe what your saying. The idea behind using the arduino is more about secure timing. It will become more critical when I start dumping caps back to the power source. But if it helps it run a bit better, all worth the wile. Thanks for your input it is always accepted. rawbush
Rawbush 1 year ago