I guess I will never understand why some URL's will be highlighted so that you can click on them and they will take you to the site, but other times you must go through the edit/copy/paste regimen... http://answers.yahoo.com/question/index?qid=20131013032825AAOmCzJ A combined 6% higher output voltage is obtained under load. See my comment on the video times this is shown. From the very beginning of the video we see that for only a single phase employed a half amp (.49A)of vibration is shown. Then it looses half of this vibration (1/4 A) to add over 1/2 A on the neighboring phase. If the starting phase were not there, that phase would also record near 1/2 A. So we have lost 1/4 A from the original vibration to acquire over 1/2 A extra on the second vibration. Pioneering the Applications of Interphasal Resonances http://tech.groups.yahoo.com/group/teslafy/
