Some vector subtraction amperage 19.1 ma predictions for the noted low 129 volt, 4 inch neon discharge noted this month. Now the car alternator 465 hz resonant device termed a 666 machine by its one sixth cycle equal mutual inductance effect on 3 phase producing a rotating time vector of 24 cycles should prove the astounding efficiency when compared to a 60 hz variac driven NST that should enable identical amperage for bulb performance comparisons, where in the 60 hz NST case the bulb's voltage across this smaller 15 mm 4 inch neon discharge volume in ~ 500 volts. More 4 inch xenon and krypton bulbs have also been ordered for testing in March. By using the vector subtraction method and the 6800 ohm secondary reactance amperage circulation measurements of the secondaries, the voltage across the discharge can be predicted before it is measured, as these are meter top end voltage measurements. That method should compare the amperage across the bulb relative to the amperage of the two sources secondaries allowed to vibrate independently from their 120 degree sources. Supercold Ohio weather has prevented further corroborative measurements made by this prediction. The belt on the wall voltage motor to the alternator must get very stiff in the sub zero cold weather causing a large amperage surge to the motor which is then kicking out the ten amp breaker on the utility strip it is being sourced from. I don't have the finances to heat the garage for that remedy. No measurements have been made for at least a month and the first order of business upon warmup is to verify the neon amperage ratio. I suspect that when the neons are sourced as loads individually from each secondary alone, that they will have a higher voltage across them; and that it is the wiring between the secondaries to produce predominantly opposing rather then 120 degree predominantly constructive voltages in time that is responsible for this dual sourcing of seriesed secondaries igniting a neon discharge at such a low 128-129 volt level. HDN
http://www.flickr.com/photos/harvich/show/ Pioneering the Applications of Interphasal Resonances http://tech.groups.yahoo.com/group/teslafy/
