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Problems!!!!!!!!!!
Hi Rose,
I hope there are no problems after all the hard work that has been done. Are the IEEE so precise on their rules?
Well thanks for letting me post the things that I am doing here, I will post on the other thread as well for the moment.
Here is my take on the MMRA in relation to the STEAP circuit, it is a combination of the two which works very well on the first round of experiments.
I want to make up a heating resistor using similar Ni Cr wire if I can find some, but I will be making it with a center tap. This will be my 0v, like in a center tapped transformer.
Tuning is different, it is tuned to give up the maximum amount of energy to the take off points as seen in the circuit below. I have found that these connections must be loaded at all times so as the heater coil heats up to a very high temperature (your break down current, free heat) and does not all end up in the phasing coils and burn them up as happened with one of my coils. A secoundary coil with this tuning will do nothing, 0v, all the energy colapses in the heating coil, quite impressive I must say, an internal colapse with no magnetic external field which I can detect. I think this is your atomic decay
I posted some results on the STEAP thread but this was only using 12v battery, I have in the circuit beefed up the caps and running on 24v, this should supply a 110v 15w bulb and send some recharge to the battery. Light, heat and a partial recharge. On my 12v tests, which I have done several times, I am getting way over cop1.
It will take me a few days to put the 24v version together along with the new heating coil, as from tomorrow I am away untill Tuesday for a conference on heating (maybe I can sell them all some new tech
)
Hope things get sorted out at your end
Mike
Hi Rose,
I hope there are no problems after all the hard work that has been done. Are the IEEE so precise on their rules?
Well thanks for letting me post the things that I am doing here, I will post on the other thread as well for the moment.
Here is my take on the MMRA in relation to the STEAP circuit, it is a combination of the two which works very well on the first round of experiments.
I want to make up a heating resistor using similar Ni Cr wire if I can find some, but I will be making it with a center tap. This will be my 0v, like in a center tapped transformer.
Tuning is different, it is tuned to give up the maximum amount of energy to the take off points as seen in the circuit below. I have found that these connections must be loaded at all times so as the heater coil heats up to a very high temperature (your break down current, free heat) and does not all end up in the phasing coils and burn them up as happened with one of my coils. A secoundary coil with this tuning will do nothing, 0v, all the energy colapses in the heating coil, quite impressive I must say, an internal colapse with no magnetic external field which I can detect. I think this is your atomic decay
I posted some results on the STEAP thread but this was only using 12v battery, I have in the circuit beefed up the caps and running on 24v, this should supply a 110v 15w bulb and send some recharge to the battery. Light, heat and a partial recharge. On my 12v tests, which I have done several times, I am getting way over cop1.
It will take me a few days to put the 24v version together along with the new heating coil, as from tomorrow I am away untill Tuesday for a conference on heating (maybe I can sell them all some new tech
)Hope things get sorted out at your end
Mike
..... this will give me additional time to do some re-testing of the other resistors that I constructed earlier, some new tests other members and myself have and the "LIVE" Broadcast of this puppy to see what kind of performance we can get .... hang on tight this is going to be a ride to remember ...... 
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