The Tesla Project

[innovation_station]

@am1ll3r
ohhhhhh!!!! Thats Nice!  i'll try that. I was thinking about it already last week when i made the first model. but then I was already committed into the first model and went ahead with it.

do you have a control on the motor? I was thinking of using a 555 timer as a pwm motor controller at 12vdc. for spectacular effects I use solder wick, more contacts per mm surface area. but for load control, a single contact works nice. either way - I love the Colors!

hey guys


where do you all think my no control tpu came from ......??

you all arnt gonna make me post the pattend and explain how it is possible to achive a no control motor / timeing unit...eh??

may i suggest you all study ....

i have scoped the wave and discovered some time ago how it is controled

also when this device is exposed all the hows and whys then i think you all just
may be blowen away as i was a bout 4 months ago......

best of luck  i have done my best on less than a shoe string budget .....


enjoy

and i gave it away  for no cost    and you all know what it makes me feel good    to do this !!

so i saw my children yesterday for the first time in a long time....  it sure reminds me of what LOVE is....

so i showed BLYSS my latest dwg and she says daddy build a dirt bike daddy just give it a push she says....


LOVE THIS IS WHAT IT IS ALL ABOUT.....

IST

[quantum1024]

No i won't ask you that, just the patent number, no explanation required. and if this is the automatic
magnetic quench circuit, i have already read that.

[M@rcel]

so i saw my children yesterday for the first time in a long time....  it sure reminds me of what LOVE is....

[allcanadian]

@armagdn03

An interesting idea, but unfortunately in the world of physics it does not work like this

We have a winner!    If we divided the whole we would have two halves because we are dealing with surface charges thus surface area of a charged body. This seems to be the case in everything we build , we are always losing something in the process through every step we make. I can't say I believe what I posted to any extent but there is a paradox somewhere in my ramblings, the properties of high voltage open possiblities far removed from low voltage current we are used to dealing with. I have been thinking on this whacky capacitor theory for a while and damned if I can find a way to make it work.
Best Regards

[quantum1024]

@allcanadian --> damned if I can find a way to make it work.

edit: I know what you mean, scratching your head on a problem for days even weeks. 

@all
take time for the moment and think rapid inductive collapse of a transformer! no caps anywhere in the circuit. then think about the quick disruptive discharge, visualize it. now picture a load on the secondary. what will it do. picture each disruptive discharge and how it effects the load and the transformer. now go and build it.

Experiment 1
step 1: do the following. find a transformer, any type of power transformer will do (try different types). get a battery 12vdc, and tap one of the coils on the transformer rapidly (one lead tapped one lead held in place). I would start with the primary or lowest resistance reading. continue tapping rapidly and see if you can reach a point where you notice something interesting, like an increase in the output spark. Connect a load (lightbulb 7-20 watts- play here.) on the other side of the transformer. PLAY. two-three parts and thats it. nothing fancy. enjoy.

Step 2: now add a neo magnet to one of the poles of the battery, and again begin tapping rapidly. note the intensity of the arcs as you do this. this is called magnetic quenching.

So here we have the basics:

1) rapid inductive coil charging
2) rapid inductive collapse creating disruptive discharges
3) and magnetic quenching

report findings! what did you see? what happened?