Merci pour ce partage..toujours intéressant de saisir un max de votre cheminement de pensées ..vous apportez beaucoup.. attention à la fatigue, la santé passe avant tout.
Great video Joel! When you mentioned losses it made me wonder if you had silver plated wires would it reduce or equalise the loss, I'd imagine at 105% there has to be some gain to using silver?
when it comes to OU the Newman concept of using large magnetic mass and high impedance drive winding keeps striking me as the way to go. Also to add flywheel cause its huge factor . BUt ultimately we all want this done solid state GL
I think i kinda have somthing similar using cold cathode spark gap discharge tubes that look identical to neon tubes. It draws in excess power from the surrounding enviornment via negative resistance in an RLC circuit
A rotary switch like tesla had. haha! but good question. I just order a bunch of them so I have some spare when they do go bad. A small cap and a scr might do it (cap dump) depending on what your trying to do.
Why diode in between inverter and variac transformer should probably be between source batt and inverter and you have rcl circuit batts and light are resistance so resistor inductor capacitor maybe a little current amplification but if you add resistance or take off you will have to change value of cap or inductor
That’s some power 😮 hey Joel was pondering some things… you could use a vibrator… lady toys… if you need some intimate connections 😅 I mean intermittent. Them lamps are key, might want to try out hooking up an oil heater as a load. Thanks for sharing you are clearly a wizard 🧙
Yep in theory the math anyways if we had a perfect L/C would be zero to maintain. But of course there are minor (trigger) losses in real life even in the wire that feeds the pulse to the l/c etc.... but very minor. Easy to overcome as long as you get a bit of an input trigger to maintain.
747 minutes in, the first stage in my innate eye is a efficent field strength. That second lcr with a voltage regulator a Isolation mains. Batteries in series. The power gains are that of a primary and secondary coil or transformer. Kool...I'm learning. U can stack multiple 555 voltage doubler each one to it's own battery.it drop the drain off the start up battery by 25%. Each stack. Don't quote me tho...lol
I've got a battery monitor. It's for campers off grid battery banks. Yet u could run that system off those batteries. And charge them while the load becomes a fusible link. Kool...
Research polarity complex with in a visible black hole. Our ears are the evolution of either light speed. Very deep subject matter. Yet again if we learn to listen an focus. Our elders just might respond. Cheer's
So is there anything preventing the charging of a second battery during the 'negative' portion of the AC cycle, rather than just wasting that part as heat/light (via an incandescent bulb)?
You need an impedance analyzer that works with AC so that you can monitor the resistance changes as you shift "tune" Bedini never gave out the exact values. As much as he claims he did. And every device will be somewhat different.
Joel, Is there a reason the primary of a transformer could not be added to the circuit? If I understand your explanation correctly, it would be similar to pulsing a transformer with DC, which means not a GREAT output on the secondary because the primary is just getting a pulse that is going in one direction, but I have been thinking of a transformer with a two wire, or center tapped primary where you could send power alternately down each wire in opposite directions, mimicking AC, and having the output of the secondary as usable energy. Curious
For tuning. loading one side of the transformer will vary the values. And you want to keep "Everything" on the one L/C loop at resonance. This allows for near superconductivity action at resonance. This makes up for much of the R loss if the R is also calculated within the loop and left alone at resonance.
Complete hogwash! Power is a scalar quantity, i.e. it has no such thing as 'reactive power' only stored energy. The conservation principle always holds, be it energy, charge or momentum. This kind of hokum physics is snake oil for the 21st century. It is true that reactive circuit can be used to magnify voltage, but as a reduced current - why does this kind of stuff still gain traction in the 21st century? This guy has a poor understanding of the resonance concept.
I just feel sorry for your lack of basic understanding of VAR at resonance. Good day! Please complain some more it shows my followers i'm doing it right. :)
And he is describing the book description of a typical transformer V/I action lmao. Little does he know we are not operating as a regular transformer and it seems from his comment he understands little of the local producing displacement currents at L/C resonance. produced secondary or decoupled from the input, in theory once you get it going at perfect resonance, active power is 0 but of course in real life we need to keep giving it a small push at resonance of very little input trigger timed power. Tom Bearden talks about this often in his broken symmetry descriptions. :)
Merci pour ce partage..toujours intéressant de saisir un max de votre cheminement de pensées ..vous apportez beaucoup.. attention à la fatigue, la santé passe avant tout.
Bravo. Once again pushing at the boundaries! Thanks Joel.
I’m just stunned. Great presentation, thank you very much, keep up this research and educating others, great work.
I have put together this exact circuit. Still trying to get it working correctly. Have an LCR meter to try and get everything in Resonance.
Any luck
Great video Joel! When you mentioned losses it made me wonder if you had silver plated wires would it reduce or equalise the loss, I'd imagine at 105% there has to be some gain to using silver?
Operating inside the loop, keeping the door closed. This I can understand, Thanks.
when it comes to OU the Newman concept of using large magnetic mass and high impedance drive winding keeps striking me as the way to go. Also to add flywheel cause its huge factor . BUt ultimately we all want this done solid state GL
Inductors also have reactance
Exelent! Can we use only a heating element? Only for 14 watts?
@dardacc if it's the same Wattage of the light bulb without ventilator. Then yes I doesn't matter if the resistance is a lamp or a heater.
Nice thought process
Đối với inverter 12vdc ra 220vac 50hz thì dùng tụ bao nhiêu uf vậy bạn. Mong bạn làm video chủ đề này
Early transistors wide band type and vlf radio systems long wire anteneas and radium chloride boosters I built ine long ago they wok
I think i kinda have somthing similar using cold cathode spark gap discharge tubes that look identical to neon tubes. It draws in excess power from the surrounding enviornment via negative resistance in an RLC circuit
yep, I also noticed interesting effects with those, Todad they go bad after so many hours of usage. So order a bunch lol
"Negative" resistance is relatively easy to figure out in an LCR circuit. Just aim for a Q in the high negative range.
if they die, what should we use instead of them?
A rotary switch like tesla had. haha! but good question. I just order a bunch of them so I have some spare when they do go bad. A small cap and a scr might do it (cap dump) depending on what your trying to do.
you can recycle the reactive power with RUN cap
Hello, can you explain what is a RUN cap please ?
@@paradigme_ they call it a run capacitor , they are used in HVAC systems .
Can you please let me know how did you get 60 Hz resonance frequency using inductance and capacitance 70.48 µH and 70.48 µF respectively?
I don't get where the extra efficiency is coming from, but good work keep it up.
The same power is reflected multiple times by resonnance ?
@@paradigme_ good idea!
Why diode in between inverter and variac transformer should probably be between source batt and inverter and you have rcl circuit batts and light are resistance so resistor inductor capacitor maybe a little current amplification but if you add resistance or take off you will have to change value of cap or inductor
That’s some power 😮 hey Joel was pondering some things… you could use a vibrator… lady toys… if you need some intimate connections 😅 I mean intermittent. Them lamps are key, might want to try out hooking up an oil heater as a load. Thanks for sharing you are clearly a wizard 🧙
A magnet attached to a vibrator that is placed next to a reed switch LOL
Yep in theory the math anyways if we had a perfect L/C would be zero to maintain. But of course there are minor (trigger) losses in real life even in the wire that feeds the pulse to the l/c etc.... but very minor. Easy to overcome as long as you get a bit of an input trigger to maintain.
Can you use an amplified audio signal as input? 😅
Yes. Also as Dolby surround..;)
@@Kangsteri theory goes like this… music in > more music out = some free music 🎶
All the bass belong to me. :)
@vSchaub much appreciate 🙏 thank you!
I know, You can do it, but have to ask: did You built this in real life, Joel?
2. q., for 50 Hz what will be the values, please. PEACE
for example the inductive reactance is recycled via flyback capture. BUt your right the real power is the active power
747 minutes in, the first stage in my innate eye is a efficent field strength. That second lcr with a voltage regulator a Isolation mains. Batteries in series. The power gains are that of a primary and secondary coil or transformer. Kool...I'm learning. U can stack multiple 555 voltage doubler each one to it's own battery.it drop the drain off the start up battery by 25%. Each stack. Don't quote me tho...lol
I've got a battery monitor. It's for campers off grid battery banks. Yet u could run that system off those batteries. And charge them while the load becomes a fusible link. Kool...
Research polarity complex with in a visible black hole. Our ears are the evolution of either light speed.
Very deep subject matter. Yet again if we learn to listen an focus. Our elders just might respond. Cheer's
So is there anything preventing the charging of a second battery during the 'negative' portion of the AC cycle, rather than just wasting that part as heat/light (via an incandescent bulb)?
That is the idea.
Thanks for sharing
How do you find resonance on Bedini generator on negative energy side?
potentialtec.com/SeriesImpedances.jpg
You need an impedance analyzer that works with AC so that you can monitor the resistance changes as you shift "tune" Bedini never gave out the exact values. As much as he claims he did. And every device will be somewhat different.
Joel, Is there a reason the primary of a transformer could not be added to the circuit? If I understand your explanation correctly, it would be similar to pulsing a transformer with DC, which means not a GREAT output on the secondary because the primary is just getting a pulse that is going in one direction, but I have been thinking of a transformer with a two wire, or center tapped primary where you could send power alternately down each wire in opposite directions, mimicking AC, and having the output of the secondary as usable energy. Curious
For tuning. loading one side of the transformer will vary the values. And you want to keep "Everything" on the one L/C loop at resonance. This allows for near superconductivity action at resonance. This makes up for much of the R loss if the R is also calculated within the loop and left alone at resonance.
DEEP DIVE AWSOME 💪😎👍👍👍👍👍🥇🥇🥇💯
❤ super ❤
Awesome😊
Complete hogwash! Power is a scalar quantity, i.e. it has no such thing as 'reactive power' only stored energy. The conservation principle always holds, be it energy, charge or momentum. This kind of hokum physics is snake oil for the 21st century. It is true that reactive circuit can be used to magnify voltage, but as a reduced current - why does this kind of stuff still gain traction in the 21st century? This guy has a poor understanding of the resonance concept.
I just feel sorry for your lack of basic understanding of VAR at resonance. Good day! Please complain some more it shows my followers i'm doing it right. :)
@MichaelLee-wo5du Can you do any better?
And he is describing the book description of a typical transformer V/I action lmao. Little does he know we are not operating as a regular transformer and it seems from his comment he understands little of the local producing displacement currents at L/C resonance. produced secondary or decoupled from the input, in theory once you get it going at perfect resonance, active power is 0 but of course in real life we need to keep giving it a small push at resonance of very little input trigger timed power. Tom Bearden talks about this often in his broken symmetry descriptions. :)
@vSchaub Sounds like a high school kid. 😂