hmmm interesting. you really wamt to get the copper wires and clamp out of the water. also the plastic wiring. best to get 316 stainless steel rods and weld it on.
@@weighta6630 i hear ya, we all start somewhere... just letting you know what is gonna give you trouble, the copper will dissolve into solution. the hydrogen will destroy the rubbers and they will become gunk in the cell and the clamp is making your water capacitor leak thru it being non symmetrical. advise you to go with at least 4.1mm gap between plates. Look at Meyers final resonant cavity. The gap is much bigger and that is key to the step ramp we see on the Meyer step charge.
@@weighta6630 thought i should add in case you didnt see my answer on the light bulb, that you wanna make tesla bifilar type coils, check on your scope which way to hook the bifilar for the biggest spike on collapse... then use the bifilar as a choke and electron extraction type circuit with blocking diode being on the negative side with diode arrow end towards the outter pipe of the tubes. pos goes via the primary in series to the center tube, pulses excite the primary and start the process, the secondary collapses with the pulse end making a large spike that goes via the bulb and the top side of the blocking diode. so the secondary and the bulb are in series with each other, and both are parallel to the cell. there is some wierd stuff happening on the bifilar... it reduces lenz forces and creates a DC offset when arranged correctly. so the 1st step is making a bifilar transformer. i got the parts for mine out of some old scrap and very light gauge paired wire for the secondary. i have seen another fella use straight rods so the E core may not be needed if you got a big lump of ferrite...
@@m3sca1 Yeah that makes sense the bulb is in series. I am using a bifiler coil for impedence matching. It triggers primary and opens a bjt. It wasn't easy by any means, and I am still a beginner. This is my circuit i.imgur.com/uJ5j2wn.png My diode is facing the outer pipe of the cell as positive, and the inner tube is negative. I'm guessing I should add a choke/light bulb right after the diode but could be wrong. Thanks so much for the help
@@weighta6630 no probs anytime. you wanna swap the diode to the other side... its the negative you want to hold in the cell. and swap the polarity so its center positive. testing has shown you will get more gas. i was thinking of other ways to make a cell that doesnt have wires in the water and it could be easily done by turning your cell upside down and pouring silicone molding rubber over the wires and clamp, you'd want some holes in the pipes walls to let the water circulate and the whole thing could be set in the rubber in a tube or bottle... just giving ideas...
hmmm interesting. you really wamt to get the copper wires and clamp out of the water. also the plastic wiring. best to get 316 stainless steel rods and weld it on.
Yep. atm not all about fancy smanshy. just needed it to match impedance.
@@weighta6630 i hear ya, we all start somewhere... just letting you know what is gonna give you trouble, the copper will dissolve into solution. the hydrogen will destroy the rubbers and they will become gunk in the cell and the clamp is making your water capacitor leak thru it being non symmetrical. advise you to go with at least 4.1mm gap between plates. Look at Meyers final resonant cavity. The gap is much bigger and that is key to the step ramp we see on the Meyer step charge.
@@weighta6630 thought i should add in case you didnt see my answer on the light bulb, that you wanna make tesla bifilar type coils, check on your scope which way to hook the bifilar for the biggest spike on collapse... then use the bifilar as a choke and electron extraction type circuit with blocking diode being on the negative side with diode arrow end towards the outter pipe of the tubes. pos goes via the primary in series to the center tube, pulses excite the primary and start the process, the secondary collapses with the pulse end making a large spike that goes via the bulb and the top side of the blocking diode. so the secondary and the bulb are in series with each other, and both are parallel to the cell. there is some wierd stuff happening on the bifilar... it reduces lenz forces and creates a DC offset when arranged correctly. so the 1st step is making a bifilar transformer. i got the parts for mine out of some old scrap and very light gauge paired wire for the secondary. i have seen another fella use straight rods so the E core may not be needed if you got a big lump of ferrite...
@@m3sca1 Yeah that makes sense the bulb is in series. I am using a bifiler coil for impedence matching. It triggers primary and opens a bjt. It wasn't easy by any means, and I am still a beginner. This is my circuit i.imgur.com/uJ5j2wn.png My diode is facing the outer pipe of the cell as positive, and the inner tube is negative. I'm guessing I should add a choke/light bulb right after the diode but could be wrong. Thanks so much for the help
@@weighta6630 no probs anytime. you wanna swap the diode to the other side... its the negative you want to hold in the cell. and swap the polarity so its center positive. testing has shown you will get more gas. i was thinking of other ways to make a cell that doesnt have wires in the water and it could be easily done by turning your cell upside down and pouring silicone molding rubber over the wires and clamp, you'd want some holes in the pipes walls to let the water circulate and the whole thing could be set in the rubber in a tube or bottle... just giving ideas...