Tinman said: He states in his video,that he was measureing DC power in ,and DC power out. His comment was-so we don't have to worry about reactive power in or out. I read that he is using pulsed DC i.e. a square wave with a DC offset as input, also a filter used to limit the input to the coil between 35 to 55 Hz. He also talks of "frequencies sent to the coil". (see attachment 1) Looks like he only measured the DC going to the coil and ignored the AC component (see attachment 2). Control tests should be performed with the magnets replaced by ferrous or non ferrous materials or eliminated completely, to be sure the motors themselves are not influenced by the magnetic pulses since they are immersed in the fluctuating field. In light of how low the actual power input is, there is no need for a 500 Watt amplifier, this can be done with a single FET or bipolar transistor so that input power can be very accurately measured. A killowatt meter on the front of the amplifier noting quiescent and running power would be helpful. At any rate, this should be dead easy to loop considering the claimed COP. Summary: The paper contains lots of data, charts photo's etc and is nicely done. It is similar to what we would expect of a scientific inquiry, but there are serious measurement omissions that are important and would negatively impact his final data and claims. Further it lacks control experiments noted above.
« Last Edit: 2013-09-06, 22:24:40 by ION »
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