I was reviewing the data series for the demonstration and would like to make a suggestion. Could a well filtered variable current source be used as the drive waveform for the active wire? I was thinking that a square wave source with DC offset might reveal some interesting phenomena. Set the DC level to generate 48 watts as is customary for these tests and then modulate that current level with a square wave signal that changes the wire input power by plus and minus one watt. An accurate voltmeter and ammeter can be associated with the source to record the actual power being absorbed by the test wire.
The frequency of the square wave source can be adjusted as needed to determine if there are any interesting output transient effects caused by the drive currents abrupt edges. The time domain movement in output power as well as its final value might be used to separate out the positive feedback activity of the LENR effect. The relatively small signal aspect of the drive waveform would be ideal to analyze differential performance since the operating conditions are set by the large average current. This is similar to small signal testing of an active transistor. When I have tested devices in the past, I have always resorted to a procedure of the proposed nature since a great deal of time domain data can be observed as well as frequency response data. A secondary test where the waveform is sinusoidal should also be conducted to obtain other interesting data, especially distortion products appearing within the output waveform. Dave
