This is another test of the previous asymmetrical transformer using the same schematic as before but with several changes. The supply is now 30vdc and L5 is 144mH. These two changes have a pronounced effect on the COP.
In the following scope pix, CH1(yel) is generator input, CH2(blu) is supply voltage, CH3(pnk) is S5, and CH4(grn) is the current probe.
Pix1- Pin to L1 is seen to be 5.531w over a 10.1us period for an energy of 5.531*10.1e-6 = 55.86uJ.
Pix2- Pout is 5.365w over 8.976us for an energy level of 5.365*8.976e-6 = 48.16uJ that is returned to the Vs power supply via the discharging of L1. The energy consumed by the input = 55.86uJ-48.16uJ = 7.7uJ.
Pix3,4- The starting current in L5 is 194.7ma and the finish current is 193.9ma for an overall loss = (.1947^2-.1939^2)*.144/2 = 22.4uJ
Pix5,6- The starting current in L2 is 194.7ma and the finish current is 209ma for an overall gain = (.209^2-.1947^2)*.0244/2 = 70.4uJ.
So the total energy loss = 7.7uJ+22.4uJ = 30.1uJ. The apparent COP = 70.4/30.1 = 2.34.
Regards,
Pm
Edit: Note the onset of saturation in L1. This seems to have a positive effect on the COP and it is only a local core saturation. More study needed.
Good day PM
Very significant find indeed. That is part of the M.O. as described by Osamu Ide observed during his experiments with '3rd EMF' concept dating back a number of years. It seems Osamu Ide's first experiments in the early 70's were based on Edwin Gray's motor (mechanical rotation) and then progressed to S.S. xfmrs. I remember he drove the transformer to the onset of saturation to get the effect.
"The 3rd EMF seems to be induced when the time rate-of-change of the inductance is very short and a function of second order time differential of inductance. (2)(10)(11) "
I have attached Patent#8873262 (O. Ide) where is stated:
"That is, the pulse width of the secondary output voltage is
changed by adjusting T1 and T2 which are on-time of the
switches SW1 and SW2 in FIG. 8, thereby adjusting an effective
output voltage. Thus, if the input current of transformer 1
is within the range of increasing in proportion to the time T1,
T2
and the magnetic field of transformer 1 is within the range
of saturation, the longer the time T1, T2 (that is, the higher the
duty), the greater the effective value of output voltage
becomes. "
and from: Experimental verification and theoretical explanation of the Osamu Ide experiment
"In a series of papers Osamu Ide has experimentally shown that by
applying an electric pulse on a transformer, a current appears that does
not have a counterpart in classical electrodynamics. This behaviour has
been veri ed by own experiments. There is a short pulse of about 2 µs
and an onset of current, which is signi cantly larger than the current to
be expected from the circuit according to ordinary circuit theory. This
non-classical behaviour can be explained by a model based on Einstein-
Cartan-Evans (ECE) theory which incorporates elements of general rel-
ativity. From this model, a dierential equation for the vector potential
emerges which depends on the so-called spin connection, a phenomenon of
spacetime structure. By using a parametrized model for the spin connec-
tion, the experimental curves for the on-set of current can be explained
very well. This might be a mechanism of energy transfer from the non-
empty vacuum."
In one of his papers regarding the type of core used, I remember that 'Permalloy' was mentioned, probably due to its charactaristic square hysteresis curve which would facilitate the required 'saturation effect'. This was probably due the exaggerated non-linear response gained once entering that onset of saturation(think magamp). Or maybe cycling a mini-hysteresis curve at the exact point of the 'onset of saturation' could promote the 'flipping' or precession of dipoles. Of course this line of thought returns to Akula's 'baked'/heat treated ferrite which if done correctly could affect the curie point and modify said charactaristics of the matrix perhaps making the 'treated' ferrite more susceptible towards saturation and/or alignment of dipoles. Possibly the heat treatment of Akula's cores could explain their eventual fracturing/disintegration after constant running.
take care, peace
lost_bro
Author
Topic: partzmans board ATL (Read 36315 times)
