Igors switcher (EMF recycler2)

[electrostatic]

Hi,
Yes i tested 4 contacs relay switch device with 4*10.000uF/63V Cond. ,toroid coil,
power supply 12-18 V
condansator voltage was increase to 1000V and multimeter reach limit.Im worrieng conds.explosion .
in circuitmaker simulation, playing C&R values getting strange results & errors.
sometime show big voltages.

Hi Gezgin,

a 1000 volts through 63v caps? RF spikes?
Was this simulation only?

[drspark]

Hi Electrostatic,

The relay i have is only realy capable of about 20hz, the transformer i made for the circuit needs many more turns to work welll and higher frequency than 20hz, so i removed it,

In the sim the transformer is the reason why the voltage climbs and is the most interesting part of the circuit.

I have to wait till next month before I can gather the needed componants to build the !!self running!! fet version. see bottom of pg 3

Interesting about Tesla; he would have tryed this, probably used the earth as one of the capbanks    humm.....

Best regards
Spark

[electrostatic]

Hi Spark!

Well I may have some not so encouraging  news on this device.
this in not the definitive answer , and your circuit might be doing things
with that inductor, but I would like to point out the (simple) reason
the bulbs can have a difference in brightness.

I also, like you, looked at the resistors or lamps as being  equal so could
not see how a difference in brightness could occur.
But its really simple for this device to light (or heat) the R1 brighter than R2(off the battery) (step A,B,C, diagram at top of page http://drspark.com/idea003.php)
without RF and without sparking being involved.

Think of what could happen if the two resistors where NOT equal.
A difference in temperature is possible.

It works like this, the I?s  (current) is not equal. Effectively if this was all in one cycle
You could look at R1 as a higher value resistor ,the ?bottleneck? in the circuit.(its not though, the real reason Is the other side of the equation  the amount of amps running through R1
In the end)

From Gary  in one of my yahoo groups,
..
?The circuit in step A has both resistors in series. If they're the
same resistance they will absorb the same amount of power because:

power (w) = R i^2

Since the R's are equal, and since they're in series the i's are
equal, so their powers are equal.

But in steps B and C resistor R2 isn't doing anything but cooling off.
Note that this is for five sixths of the entire cycle. During that
time (the five sixths of the cycle) resistor R1 continues to absorb
power (in diminishing amounts) so it gets and stays hotter than R2.?
.

So, simply put the I?s are not equal, the R1 resistor simply had more cycles
(more current absorbed)
Which in a way is the same as a *different Value resistor*
**and different voltage for R1. Hence
different brightness, different heating.
very tricky,,,,

But I must say, the series parallel switch is still very interesting to me.
And might have interesting possibilities. Especially with an inductor added.
And also thinking of ?mikes? Bedini generator with a trifilar inductor
which I think does do  series parallel switching somewhere in there.

[gezgin]

My test circuit, digital multimeter show interesting volts.
i think ,its maybe coil back-emf ..
I checked old analog voltmeter, its show only 10-12 Volts..
I will try with zener&led.

[gezgin]

another circuit(simulation only)