ENERGY AMPLIFICATION

[gyulasun]

Hi Romero,

Thank you for the schematic and if you could add any more explanation how you mean to adapt the two that would be great.

My drawing as per Tito's explanation is here: http://www.overunity.com/6763/energy-amplification/msg352107/#msg352107

rgds, Gyula

EDIT Oh I see now: use your shown circuit to drive the two primaries with the MOSFETs and the IR2153 remains the driver to the MOSFETs, right?  And the two batteries in your schematic would be replaced by C1 and C2 from Tito's circuit.  Ok!

[totoalas]

thanks romerouk  for the circuit
the best way I can interpret this based on gyulas circuit
1. instead of induction or secondary coils the ic and transistors are supplied with battery
2, to adapt to this circuit....   merge gyula,s circuit by
a. precharged the cap / secondary coils to replace batteries
b. for pulsing   ...   dont know if the ic can be utlized
now, we can proceed  ....   more ideas on how to

so for  my part , 2200 uf 400v dc cap when charged with 12 v dc power supply  ...easily discharged when measured with multimeter
from 12  to 1.2 v in just seconds ..... fully charged cap is the pre requisite for the coils to oscillate or send energy to the secondary
Solution?
1. make a fast switching on S1  and S2   -  by   as tito suggest   computer fan
2. caps/ relay pulser
3. 555 timer
4.  other options
I will opt for 1 which is on hand
totoalas

[crazycut06]

Here is a schematic that can be adapted and used with Tito's circuit.
http://www.underservice.org/index.php?action=dlattach;topic=3.0;attach=1232;image

Romero

Thank you Romero for droping by and for this circuit.

[gyulasun]

Hi totoalas,

I will merge the two schematics about tomorrow i.e. adapt Tito's description to Romero's schematic. The good thing is the IR2153 is wideband, tuneable by a potmeter (or switchable capacitors) and simply to connect.

I wonder if you use an analog voltmeter or a digital one to see the 12V discharging in just seconds?  IF you use digital it normally has a 10 MOhm inner resistance so your capacitors maybe be leaky or abused?  A 2200uF cap should keep charge longer than some seconds when loaded by 10 MOhm.  And analog voltmeter is a different case , it may have 50k to 100 kOhm or so inner resistance so in that case the caps may be ok to discharge  as fast as some seconds. IF you connect the two caps in parallel, charge them up to 12V again and see if those seconds are doubled? they should.

Yes the two charged caps are a prerequisite for Tito's circuit to operate.  Do you have any other similar caps like 1000uF 200V or 470uF 250V etc just in case... LOL

Just use switches that simplest for you but still can do the job: alternately switch the caps onto the coils then disrupt current well before the caps are about to discharge to half of the start voltage or so.

Gyula

[crazycut06]

thanks romerouk  for the circuit
the best way I can interpret this based on gyulas circuit
1. instead of induction or secondary coils the ic and transistors are supplied with battery
2, to adapt to this circuit....   merge gyula,s circuit by
a. precharged the cap / secondary coils to replace batteries
b. for pulsing   ...   dont know if the ic can be utlized
now, we can proceed  ....   more ideas on how to

so for  my part , 2200 uf 400v dc cap when charged with 12 v dc power supply  ...easily discharged when measured with multimeter
from 12  to 1.2 v in just seconds ..... fully charged cap is the pre requisite for the coils to oscillate or send energy to the secondary
Solution?
1. make a fast switching on S1  and S2   -  by   as tito suggest   computer fan
2. caps/ relay pulser
3. 555 timer
4.  other options
I will opt for 1 which is on hand
totoalas

Hi totoalas,
How come your cap drops charge so quickly? Thats a big cap, maybe it's leaky or damaged?