Amazing Material Securesupplies !,
In regards too the cell length, i notice that the advanced looking builds all use very short cells, - but i cannot imagine why, technically, - bigger cell = more gas ?, or perhaps not, because ive never seen a tall capacitor, - well at least they are very rare, - and mostly from england....
Webmug!
Haven't seen you post in quite a while.
While you're here, can you set us straight with the current state of Meyer research? I still haven't come across any definitive evidence someone has figured out this Meyer technology. A lot of us are still hopeful.
Matt,
I know of at least two people who have been successful.
IMO the VIC calculations are what we all need to look at to understand and replicate. I had a friend share some really good calculations with me and then I expanded on them.
I taught myself how to design pulse and AC transformers years ago, then designed, built and tested many variations of VIC's. Look at my YT channel, BradK and you'll see some of them.
Once you start running the calculations you see things that are not obvious.... you can also rearrange the formulas to find unknown values that we didn't have before...And those unknown values answer other questions.
If you look at the Injector VIC you'll find that the impedance transformation is off by a factor of around 12, the important question is why and how was it designed like that.
I keep seeing people building the Injector and the Injector VIC but the VIC windings and turns are incorrect...Can't even begin to tell you how frustrating it is to see people with the resources to obtain them but not the understanding to re-design the VIC so it can be properly tested. From what I have seen no one has got the Injector VIC correct.
BTW, I think Steve designed the Injector VIC, once you look at it you realize whoever engineered it had to have been a brilliant thinker, someone able to see things differently than most engineers...and continuing on that topic, if anyone can tell me how you calculate the AL value of a core which uses magnetic wire coils please contact me!
We hope people post excel calculations for vic 2 as they advance so we have more people working at home on it. Anonymous has posted a lot
Who is WE?
Just some calculations wouldn't help you if you don't know what you are doing! It's more like trial and error by experimentation.
http://open-source-energy.org/?topic=1961.msg51904
~webmug
I agree!
When designing a VIC its a trick of finding a middle ground between different values and variables.
You have to consider:
-Power (Voltage and current)
-Primary coil voltage
-Primary coil current
-Primary coil resistance to get desired values
-Secondary coil current
-Secondary coil voltage
-Turns ratio
-Impedance ratio
-V=L*di/dt
-Operating Freq
-Core size
-Core material
-Bobbin size
-Saturation flux density
-core Al value
-Required L to achieve Fres at the desired freq
-Wire size
-Wire resistance
-Total wire length
-Number of turns required to achieve desired values
-Volts per turn if Vt exceeds several kV
-Cell capacitance
-Minimum water resistance
-Voltage regulation
And guess what, those are not listed in order (and I probably forgot one or two things), why? Because after you find one of the values you need you often have to change another to get that value, and then that changes and requires you to reconsider all the other values. This is no joke, this is serious and requires serious work and understanding....I spent 30-40 hours designing a VIC for the spherical resonant cavity and I just realized I have to start over because I made an assumption and took an incorrect measurement!
When people ask for the calculations I just shake my head. If you have never tried designing one by yourself you can't skip to step 10. If you try and skip to step 10 you'll never get it to work,
Rant over!
Dan, Thanks for sharing some really good drawings. Have you got a price quote to make an 11 cell resonant cavity exactly to Stan's spec?