Cast iron floor flanges from the hardware store - serve as cheap alternatives to expensive laminated toroidal cores. Larger floor flanges are available online from eBay.
after I try to take electrons from the earth using 3 phase induction motor 3000 RPM speed that I use only 2 phase and released rotor, I have produced electric current in electron colleltor as much as 10.5 ampere. input to induction motor is about 330 volts DC from 100 volt ac voltage I raise with diode and dc capacitor. the ac-connected wire I connect to the electron collector then to the load and the other end I connect the ground, the other ground I connect the load, the load I use is the tokebi brand mixer load of about 0.27 and praise my god measuring in the input current instead of rising but decreasing from 0.52 amperes to 0.49 amperes. sorry I have this information without the video uploaded to youtube for certain considerations.
my schematic like yours but i do not use input only DC voltage but DC and AC voltage. like your statement DC Versus AC voltage. actually i would like you to explain captor electrones in detail. is the electro magnetic of the ground wire that my AC input voltage is wound to the electron collector that causes a number of electrons to collect in the electron collector wire. sorry my english language is pour.
hallo sir, from my experiments according to your babosa scheme, the 100 ampere electrical current in the electron collecting wire can still take the voltage from the earth at 18 volts. from this experience I will try to supply this machine using DC currents are pulsed. Hopefully successful...
many of the replicators did not succeed in making barbosa transformers, because only one side of the current on the wire to the load is induced. i have been able to take the electron ground inductively. smart electricity that is applied worldwide to local power companies can already detect its customers who are connecting to ground. so if we use the ground directly it will increase our electric power
after we observe and learn that the transformer construction in your drawing does not show the inverting input current and does not form a cage to capture and trap the electrons. so in conclusion the transformer model commonly used by developers of barbosa and leal replication does not pay attention to the shape of the coil from the trafo
sorry please tel me use ferit toroidal or core iron
ReplyDeleteOK. Good.
Deletewhat different use feritt toroidal and toroidal iron
ReplyDeleteI don't know. I'm not familiar with the use of ferrite vs cast iron. Maybe ferrite is for higher frequencies or can absorb more magnetism?
ReplyDeleteso what you use in your video ? ring magnet usually use speaker ? or the other one
Deleteso what you use in your video ? ring magnet usually use speaker ? ot the other one
ReplyDeleteCast iron floor flanges from the hardware store - serve as cheap alternatives to expensive laminated toroidal cores. Larger floor flanges are available online from eBay.
ReplyDeletethanks for your information, i think that material is very easy to found everywhere
ReplyDeleteafter I try to take electrons from the earth using 3 phase induction motor 3000 RPM speed that I use only 2 phase and released rotor, I have produced electric current in electron colleltor as much as 10.5 ampere. input to induction motor is about 330 volts DC from 100 volt ac voltage I raise with diode and dc capacitor. the ac-connected wire I connect to the electron collector then to the load and the other end I connect the ground, the other ground I connect the load, the load I use is the tokebi brand mixer load of about 0.27 and praise my god measuring in the input current instead of rising but decreasing from 0.52 amperes to 0.49 amperes. sorry I have this information without the video uploaded to youtube for certain considerations.
ReplyDeleteWow. Do you have a schematic? Or, still photos? [preferably both] Thanks for this info.
DeleteThis comment has been removed by the author.
Deletemy schematic like yours but i do not use input only DC voltage but DC and AC voltage. like your statement DC Versus AC voltage. actually i would like you to explain captor electrones in detail. is the electro magnetic of the ground wire that my AC input voltage is wound to the electron collector that causes a number of electrons to collect in the electron collector wire. sorry my english language is pour.
ReplyDeletehallo sir,
ReplyDeletefrom my experiments according to your babosa scheme, the 100 ampere electrical current in the electron collecting wire can still take the voltage from the earth at 18 volts. from this experience I will try to supply this machine using DC currents are pulsed. Hopefully successful...
Cool. Thanks for sharing and your dedication is much appreciated.
ReplyDeletemany of the replicators did not succeed in making barbosa transformers, because only one side of the current on the wire to the load is induced. i have been able to take the electron ground inductively. smart electricity that is applied worldwide to local power companies can already detect its customers who are connecting to ground. so if we use the ground directly it will increase our electric power
ReplyDeleteThanks for the tip. It's good to hear of your success. That's heart warming. Cheers.
Deleteafter we observe and learn that the transformer construction in your drawing does not show the inverting input current and does not form a cage to capture and trap the electrons. so in conclusion the transformer model commonly used by developers of barbosa and leal replication does not pay attention to the shape of the coil from the trafo
ReplyDelete