Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[penno64]

Guys,

Would someone be kind enough to interpret what Delamorto is showing in his 2 latest vids please.

I guess its to do with feedback maybe.

http://www.youtube.com/user/delamortodelamorto#p/a/u/1/QwfisWgp2ig

Kind Regards, Penno

[Shokac]

If someone is used to measure the value and direction of the current at this point?

[ePrick]

@ePrick: it's almost as if you had the answer before you asked it.
it's been a while but you'll want to buffer the clock output similar to what they show in their schematic.

can't recall for sure but i think you'll get a more symmetrical clock output if you stay with how they've
got the resistor and capacitor connected to the logic.

you can use steering diodes in series with the resistor to control pwm to some extent.

fairly decent way to prototype yourself a square wave source.

one way to get short pulses out of your clock is to connect your buffered output to another nand gate.
use both inputs but put an rc into one of your inputs. at ns speeds your going to want the fastest logic
gates available. a pulse this fast would probably only require a resistor in series with the input. probably
talking about 1M to 10K in values. at lower pulse speeds simple cr/rc with a switching diode will do.

don't know much about Tiger's schematic. i'd like to see the link to it if someone could repost.
they probably used the clock source for a high voltage step-up transformer through a driver for their
sparkgap source.

@LtBolo: did you catch the way Dr. Stiffler tuned his coils?
what spec's would you recommend for a spectrum analyzer? i'd like to do some shopping.

take care.

nap

Hey slapper, thanks for the great reply. I did some checking and was able to verify that is the international symbol for a NAND gate. The dot on the output usually means inverted but was unable to verify that.

Do you think the NAND gate output is inverted?

The method of connecting D1 - D4 seems a bit odd but could be pulse shaping as you suggest. From that tiny bit of schematic you see, could that NAND gate configuration be used to produce burst packets similar to AM? Meyer took advantage of the flip flop flaw where both inputs are low or high for 4 8 ns connected to an AND gate to produce ultra short pulses.

I doubt that someone would build a simple clock source using a NAND gate when so many better options are available unless:

1. They were producing ultra short pulse trains.

2. They were producing burst (AM Burst packets /waves).

3. They were producing a swept wave.

I have some 4000 series NAND gates around and will play with that later this week.

In Delamortto's alleged fake video, he uses a 14 pin chip clock driver. (Probably a NAND gate). In a more recent video where he shows pole reversal on the compass, he is using a TL494 PWM controller. (16 pin chip)

Why do I get the feeling that there is more to the Delamorto story than has been disclosed? :-)

[Groundloop]

Hey slapper, thanks for the great reply. I did some checking and was able to verify that is the international symbol for a NAND gate. The dot on the output usually means inverted but was unable to verify that.

Do you think the NAND gate output is inverted?

The method of connecting D1 - D4 seems a bit odd but could be pulse shaping as you suggest. From that tiny bit of schematic you see, could that NAND gate configuration be used to produce burst packets similar to AM? Meyer took advantage of the flip flop flaw where both inputs are low or high for 4 8 ns connected to an AND gate to produce ultra short pulses.

I doubt that someone would build a simple clock source using a NAND gate when so many better options are available unless:

1. They were producing ultra short pulse trains.

2. They were producing burst (AM Burst packets /waves).

3. They were producing a swept wave.

I have some 4000 series NAND gates around and will play with that later this week.

In Delamortto's alleged fake video, he uses a 14 pin chip clock driver. (Probably a NAND gate). In a more recent video where he shows pole reversal on the compass, he is using a TL494 PWM controller. (16 pin chip)

Why do I get the feeling that there is more to the Delamorto story than has been disclosed? :-)

If you have a N before the port name than this means NOT. So NAND is NOT AND.
NOR is NOT OR etc. The small o on the output of a port means NOT. NOT is the
same as inverted. N = NOT = o = INVERTED.

Groundloop.

[ePrick]

If you have a N before the port name than this means NOT. So NAND is NOT AND.
NOR is NOT OR etc. The small o on the output of a port means NOT. NOT is the
same as inverted. N = NOT = o = INVERTED.

Groundloop.

Thanks GroundLoop. The chip specified in one of these drawings that is using this is a K561NA7.

I am unable to find a cross ref. or a datasheet anywhere. From what I can tell it is an obsolete chip that was used in Russian X-ray machines. Any info. on that chip?