I Love digging up some of my old projects, though It often makes me cringe as to how sloppy i was in building lol though i guess till am to an extent :P. Thanks for sharing as always mate :).
Thank you for your comment. I used to disassemble my old projects when building new projects because I couldn't afford new parts, I'm still unsure if this was a good thing as for a long time I had nothing to show for all the work to that date. I remember the moment when I changed this as a friend asked to see some of my creations we always talked about, embarrassingly I had nothing to show him but the skeletons of the things that used to be. Since then I have built to keep which presents how sloppy I was and agreed... still am. Not unlike my videos, the old ones are so cringe and the new ones still have the original cringe factor so I should be proud. LOL :)
Thank you for your comment. It is a strange sensation working out the text books are rarely accurate, I used to be surprised when making discoveries that differ to the education but these days I chalk it up to be another deception from the top down. I also relearn every day and often think if I weren't seriously disabled I would never have been gifted the time to find these things. Thanks for watching.
Thank you for your comment. Sorry for my delayed response. I agree, this is the same situation that has occurred with MTech’s setup as it was also a Lasersaber design. The super joule ringer was always a tricky thing with certain bulbs, once I realised it was merely a case of resistance then you could either use the correct resistor or get a light that closely matched that value. Lasersaber produced an excellent video on a different approach by unwinding the secondary turn by turn to find the perfect resonance, I think it was called “Tips for Success”
Have you not thought of just using a dc-dc converter ic and a inductor to get a more controlled voltage step up. Iron cored transformers are normally used at low frequencies like 50/60 Hz, a ferrite core would be a better option as I expected this circuit is self- oscillating at quite a high frequency.
@@TheEmbeddedHobbyist Thank you for your comment. Sorry for my delayed reply. This is a replica of Lasersaber’s SuperJoule Ringer 2.0 which is wound on a ferrite E-core that I scavenged from a dead inverter. This is not wound on an iron core for the reasons you suggest and the main benefit of this circuit is the high frequency impulses on the DC output, this high frequency acts as a desulfation tool and a fair bit cheaper than a commercial desulfator. I have personally used this circuit to repair many batteries and considering this unit is something like 12 years old it is super reliable, I will be using it today to attempt a repair on my neighbours 12 volt lead acid battery that has been on a conventional charger for 24 hours and taken no charge and states it’s full, as batteries go that is dead so I will now put the Ringer 2.0 on it and see what happens after 24 hours, usually 24 hours was enough for most batteries at which point a conventional charger is used, if it has repaired it then you will see an inrush of amps when connecting the normal charger. So this circuit has many advantages over a boost converter, thanks for watching.
Are all three coils wound on the center leg of the ecore? Also what are the wire specs? Your other system does it output as good as this one? MTech is using special cores, but yours is air, would core material increase your output? Sorry for being a pain just find this stuff fascinating.
@@Jon-fs2zj Thank you for your comment. Sorry for my delayed reply. Yes all three coils are wound on the same leg of the ferrite E-core. I just had to measure the wire again because it was such a long time ago when I built this. The wire is multi strand copper wire, wire diameter is 1.2mm and with insulation it measures 2.3mm. My system and MTech’s setup are different, this setup is using a ferrite core as per Lasersaber’s instructions, yes my other system system has no core or uses an air core but again these are different systems with different capabilities. My other radiant energy system is beneficial for through earth transmission but this one is better for incandescent bulbs that my circuit will struggle to run. This is a case of two different machines, both very beneficial to have but completely different. The fact that mine can be built using the air around you as it’s core, in my opinion makes it more accessible and can truly be built from scrap but hey if you’ve got the money more power to you, I know if I could afford to I would have 1 of everything. I don’t consider your questions annoying, I’m just glad that others share my fascination.
Not sure of you are aware that the non connected wire in your primary generate standing wave which can act as a charge pump, basically doubling the work for the same expense. But, in schematics all wires are connected … I am confused now 😢
Thank you for your comment. Yeah that would be an error on my part that should be clarified. The Non connected coil is the Green one in the schematic. In the early days I thought this green wire in Lasersaber's design had to be left OPEN as it is essential to start version 2.0 but later I realised only one side of the output from the green wire and full wave bridge needs to be OPEN. Basically just leave the POS terminal disconnected for start-up then connect POS terminal when circuit is running. I will attempt to show the winding layout for this Lasersaber Super Joule Ringer 2.0 as there seems to be very little left of the 2.0 version on the internet anymore.
@@whatifididthis...1236 well … after you clarified this I am stunned to see how similar is this circuit with patent NL1032750 of Arie Melis deGeus but you managed to use just a 2N3055 transistor in stead of frequency generator. And that patent state overunity ! Backed up by all calculus, theory and method of building including details of components.
@@Caesarus2011 Yeah you mostly have Don Smith to thank for that. I remember in the early days ( and I’m old 🤣) Don kept showing a chart of radio frequencies and an ignorant much younger version of me was like, “why does this guy keep banging on about the radio chart”? As well as having the chart behind him when doing interviews. Later I realised once your in the radio spectrum it’s just a case of tuning your coils which means the same length of wire. A signal generator will give you a much greater playing field but if you just want a specific frequency then it’s only a simple oscillator circuit that is required. All coils of same length near the transmitter will receive power, add even 1 turn more and it may not work. So in Lasersaber’s 2.0 version the primary is wound side by side with the same length wire (green wire). This green wire is important for starting the circuit, I believe it is acting as a dielectric capacitor and a version I tried without this wire failed to start
Thank you for your comment. Sorry for my delayed reply.. That is most likely the case, I will probably have to compare voltage drop whilst running to obtain the resistance value. Most of the time I don’t bother measuring that sort of thing because I usually set out to achieve a particular goal, ie. get the light running. I was hoping it was measurable for everybody else’s benefit when replicating and until that point I had never tried to measure the bulb resistance in the 12 years prior. 🤣
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Good to see a fellow Australian at it
@@proteinman1981 Thank you for your comment.
Welcome my fellow countryman, my sincere apologies for my delayed reply mate!
Thank you for watching.
I Love digging up some of my old projects, though It often makes me cringe as to how sloppy i was in building lol though i guess till am to an extent :P. Thanks for sharing as always mate :).
Thank you for your comment.
I used to disassemble my old projects when building new projects because I couldn't afford new parts, I'm still unsure if this was a good thing as for a long time I had nothing to show for all the work to that date. I remember the moment when I changed this as a friend asked to see some of my creations we always talked about, embarrassingly I had nothing to show him but the skeletons of the things that used to be. Since then I have built to keep which presents how sloppy I was and agreed... still am.
Not unlike my videos, the old ones are so cringe and the new ones still have the original cringe factor so I should be proud. LOL :)
Great work as always :)
Thank you for watching and thank you for your comment.
Adding negative resistance ...may be. Thaanks
Unlearn my self day bay day
Thank you for your comment.
It is a strange sensation working out the text books are rarely accurate, I used to be surprised when making discoveries that differ to the education but these days I chalk it up to be another deception from the top down.
I also relearn every day and often think if I weren't seriously disabled I would never have been gifted the time to find these things.
Thanks for watching.
I am having the impression that those resistors are putting the oscillator into a more stable frequency.
Thank you for your comment.
Sorry for my delayed response. I agree, this is the same situation that has occurred with MTech’s setup as it was also a Lasersaber design. The super joule ringer was always a tricky thing with certain bulbs, once I realised it was merely a case of resistance then you could either use the correct resistor or get a light that closely matched that value. Lasersaber produced an excellent video on a different approach by unwinding the secondary turn by turn to find the perfect resonance, I think it was called “Tips for Success”
Have you not thought of just using a dc-dc converter ic and a inductor to get a more controlled voltage step up.
Iron cored transformers are normally used at low frequencies like 50/60 Hz, a ferrite core would be a better option as I expected this circuit is self- oscillating at quite a high frequency.
@@TheEmbeddedHobbyist Thank you for your comment.
Sorry for my delayed reply. This is a replica of Lasersaber’s SuperJoule Ringer 2.0 which is wound on a ferrite E-core that I scavenged from a dead inverter. This is not wound on an iron core for the reasons you suggest and the main benefit of this circuit is the high frequency impulses on the DC output, this high frequency acts as a desulfation tool and a fair bit cheaper than a commercial desulfator. I have personally used this circuit to repair many batteries and considering this unit is something like 12 years old it is super reliable, I will be using it today to attempt a repair on my neighbours 12 volt lead acid battery that has been on a conventional charger for 24 hours and taken no charge and states it’s full, as batteries go that is dead so I will now put the Ringer 2.0 on it and see what happens after 24 hours, usually 24 hours was enough for most batteries at which point a conventional charger is used, if it has repaired it then you will see an inrush of amps when connecting the normal charger.
So this circuit has many advantages over a boost converter, thanks for watching.
Are all three coils wound on the center leg of the ecore?
Also what are the wire specs?
Your other system does it output as good as this one?
MTech is using special cores, but yours is air, would core material increase your output?
Sorry for being a pain just find this stuff fascinating.
@@Jon-fs2zj Thank you for your comment.
Sorry for my delayed reply. Yes all three coils are wound on the same leg of the ferrite E-core.
I just had to measure the wire again because it was such a long time ago when I built this. The wire is multi strand copper wire, wire diameter is 1.2mm and with insulation it measures 2.3mm.
My system and MTech’s setup are different, this setup is using a ferrite core as per Lasersaber’s instructions, yes my other system system has no core or uses an air core but again these are different systems with different capabilities. My other radiant energy system is beneficial for through earth transmission but this one is better for incandescent bulbs that my circuit will struggle to run. This is a case of two different machines, both very beneficial to have but completely different.
The fact that mine can be built using the air around you as it’s core, in my opinion makes it more accessible and can truly be built from scrap but hey if you’ve got the money more power to you, I know if I could afford to I would have 1 of everything.
I don’t consider your questions annoying, I’m just glad that others share my fascination.
Not sure of you are aware that the non connected wire in your primary generate standing wave which can act as a charge pump, basically doubling the work for the same expense. But, in schematics all wires are connected … I am confused now 😢
Thank you for your comment.
Yeah that would be an error on my part that should be clarified. The Non connected coil is the Green one in the schematic. In the early days I thought this green wire in Lasersaber's design had to be left OPEN as it is essential to start version 2.0 but later I realised only one side of the output from the green wire and full wave bridge needs to be OPEN. Basically just leave the POS terminal disconnected for start-up then connect POS terminal when circuit is running. I will attempt to show the winding layout for this Lasersaber Super Joule Ringer 2.0 as there seems to be very little left of the 2.0 version on the internet anymore.
@@whatifididthis...1236 well … after you clarified this I am stunned to see how similar is this circuit with patent NL1032750 of Arie Melis deGeus but you managed to use just a 2N3055 transistor in stead of frequency generator. And that patent state overunity ! Backed up by all calculus, theory and method of building including details of components.
@@Caesarus2011 Yeah you mostly have Don Smith to thank for that. I remember in the early days ( and I’m old 🤣) Don kept showing a chart of radio frequencies and an ignorant much younger version of me was like, “why does this guy keep banging on about the radio chart”? As well as having the chart behind him when doing interviews. Later I realised once your in the radio spectrum it’s just a case of tuning your coils which means the same length of wire. A signal generator will give you a much greater playing field but if you just want a specific frequency then it’s only a simple oscillator circuit that is required. All coils of same length near the transmitter will receive power, add even 1 turn more and it may not work. So in Lasersaber’s 2.0 version the primary is wound side by side with the same length wire (green wire). This green wire is important for starting the circuit, I believe it is acting as a dielectric capacitor and a version I tried without this wire failed to start
That light is only 2 mega ohms at the dc voltage inside your meter. At a higher voltage the resistance will be less.
Thank you for your comment.
Sorry for my delayed reply.. That is most likely the case, I will probably have to compare voltage drop whilst running to obtain the resistance value. Most of the time I don’t bother measuring that sort of thing because I usually set out to achieve a particular goal, ie. get the light running. I was hoping it was measurable for everybody else’s benefit when replicating and until that point I had never tried to measure the bulb resistance in the 12 years prior. 🤣