Stanley Meyer tec devices test and debugging suite

[bussi04]

Work is continued in another forum.

best wishes
bussi04

[h20power]

Thanks Bussi04,
for all of your hard work, together our work will bring Stanley Meyer technology back to the land of the living. With this correct circuit all of the testing can get underway. I know we will all get working models for the math and science follow what we are doing with no big unknowns that look like magic to the naked eye. The circuit can be used on all of Stanley Meyer's technology except the Steam Resonator, for that one I think more circuitry is needed in that there are two VIC transformers pulsing 180 degrees of each other in a reasonance condition.

I hope all goes well with our testing efforts.
Our goals of reaching energy independence seem so close now


h2opower.

[bussi04]

[Tecstatic]

MOD 1477#1 Replace C10 with a 100nF capacitor

[bussi04]

[Tecstatic]

Here you see why I did not like the switchover circuit.

Now you have to put the resistor correctly at C11 correctly

MOD 1475#1 Break connection between new resistor and C11
MOD 1475#2 connect the new resistor so it is the only signal way from R14 to U8 pin 5,6
MOD 1475#3 connect C11 to the right side of R14

Now U8B is protected against C11, and maybe even the spikes disappear on D6, lets see.

[bussi04]

[Tecstatic]

SUG1471#1: for determination of lock in state an XOR gate for U4 pin1 and pin2 might help

MOD 1473#1 connect U4 pin 2 to U7 pin 1 (as in SM 0.5)
MOD 1473#2 move R15 from U7 pin 11 to U8 pin 4 (as in SM 0.5)

Now D6 should be on when locked.

[bussi04]

[bussi04]

[Tecstatic]

R12 = 0 Ohm, R13 = 10k, C10 =10 nF

There we have a troublemaker R12 = 0 ohm, that is no good.

I expected it to be 390kohm as shown in diagram Test 0.1.

Correct to R12=100kohm, that should stabilize a lot.

Luckily we had the 10K R13 between C10 and U4 pin 13.

[bussi04]

[bussi04]

[Tecstatic]

MOD1464#2: doubling tank circuit capacitor 1nF to 2 nF reduces frequency from 5647 to 5471 at phase shift 0

until proven otherwise

What are the values of R12, R13 and C10 now ?

You could consider increasing C10 for a longer time constant. I don't like the regulation spike changes C10 voltage so much. if 10nF try 47nF.

[bussi04]