Kapanadze Cousin - DALLY FREE ENERGY

[Void]

Ka4ep = kacher

Thanks!   

[d3x0r]

But no Scoop here at home, only use scoop at a friend's. but could check it out.
Cheerz~

Sorry; I just have to say something just once

scoop = scope
sins = since

'the sins of the father are visited on the son.'
'it's been a while since it has rained'

'take a scoop of flour.'
"they'd scoped out their market"  assess or investigate (something).

[NickZ]

   Ya, no scope here either. Oh well...

   This picture below is as far as I got on my Akula coil set up tonight (12:20 am), just added the 12, 12 turn coil, on the induction coil end. I still need to add some more turns on it, (or also for any of the other coil), but I'll connect it all up and test the voltages output reading, first.
  I haven't found my 3 inch ferrite rod, for the choke, yet. May have to do without, until I find it.
  I placed the yoke on the left side of Exciter end, just for looks. But, it can also be connected up to the Exciter secondary coil in series, as well, if higher voltages are needed.
  Hoping to finish the coil tomorrow.

[zcsaba77]

hi zcsaba77,

The online web "L/C formula" applies for ferrite or Air core inductor or other types of core.

My explanation is simple just solve the power for the primary coil first without creating the secondary coil yet.

If primary coil test failed and produced no heating effect for verifying "the strength of alternating magnetic field"  then please "do not proceed" with secondary coil which will only confuse you further.

Hi MagPWR

Maybe I look stupid, but you can me write down process?
If I have yoke core, make wind on core, wind to core softly, make it movable core, take core away from coil for hot testing, or how?
Because if I make coil for induction test, this wont work as well with core, probably will change induction, capacitance, frequency and etc.

regards zcsaba77

[magpwr]

Hi MagPWR

Maybe I look stupid, but you can me write down process?
If I have yoke core, make wind on core, wind to core softly, make it movable core, take core away from coil for hot testing, or how?
Because if I make coil for induction test, this wont work as well with core, probably will change induction, capacitance, frequency and etc.

regards zcsaba77

hi Zcsaba77,

There is no moveable parts.
Please  refer to "Nick Zec" video 1 as found in youtube for the Yoke core winding turns needed.

The output of the yoke core is higher voltage than supply 12volts.
If you want to create another external primary coil around 5 turns as a test for induction heating as a verification.
You will need to know your estimated frequency produced from yoke core to derive a L/C on the external coil.

I have just drawn you a sketch on what i am talking about before even winding a layered secondary.

The mazilli circuit base on my experiment revealed the circuit is highly dependent on "winding+capacitor" or LC resonance.Under load the default resonance achieved would likely "drift".

PWM circuit as compared to mazilli is a more reliable\stable under external load which allow tuning easily.
I would normally lower the duty cycle <10% then tune up or tune down pwm generator frequency to obtain maximum voltage output for any core using <10% duty cycle.
Then once it is set i would increase duty cycle accordingly.

It will be wise to start with PWM circuit.
For example i bought 10 pieces of 3525 pwm i/c for $3 USD with free shipping."I know 10 pieces sound overkill but trust me you may destroy 1 or 2 along the way."
http://www.ebay.com/itm/300925833957?ssPageName=STRK:MEWNX:IT&_trksid=p3984.m1439.l2649

If you want to experiment with IGBT the shortcut is to connect "VC" from  PWM I/C to 18...20volts  stepped voltage up as provided by MC34063 circuit 19v...21volts."This is not shown else where in internet.It's just my findings that's all"



I have attached my PWM circuit drawing before starting PCB design and i have drawn you a sketch from yoke core output.
Try to search on induction heating on 15volts...36volts for start but those were not voltage stepped up and it's base on source voltage.
You are on your own at this point at this stage.
But i look forward to your success.

For everyone else - "These experiment are not for beginners into electronics if you don't understand how to get resonance,understand impedance mismatch and many etc."
You will to need to know what can possibly go wrong even before your start experimenting.Else you are simply wasting time.