Hi Steven, hi Lindsay, hi All,
I am new to the forum and have some questions for Steven.
First off, thanks to Steven for helping us learn how to fish instead
of just throwing a fish at us.
1) At first I thought there were two or more generators feeding
multiple frequencies, say to a power FET gate, which excited a
"tickler coil". By using multiple frequencies, a high peak to average
waveform would be generated. For example, a 5000 kHz oscillator
combined with a 5000.0073 kHz oscillator, but the oscillators and coil
driver would need power.
Now it seems to me that maybe there is no power supply at all, neither
for the small device nor for the large device.
My first question:
is there any power supply to start things off, or are there only
passive components that need no power supply?
I realize that once the unit starts generating power some of that
power could be used to supply a watchdog circuit to hinder
auto-destruction, my quesion is dealing with cold start-up. No
start-up power means no transistors or ICs feeding oscillator energy
into a "tickler" coil.
2) Does the big device need a "start-up & run" disturber magnet like
the small device?
3) Is the big device a scaled-up small device, or say a brother or
sister derivative?
4) Does the big device also stop working when turned upside-down?
4b) Did a video show the big device keep working when turned 90 degrees?
5) I can easily visualize how to wind two windings around a
non-metallic ring, whereby both windings are orthogonal to each other.
I can also visualize a third winding orthogonal to the other two, i.e.
all three windings orthogonal to each other.
Question:
do the devices use three windings that are all orthogonal to each other?
6) Is it possible to have a rotating magnetic field with no active
devices such as transistors, ICs, together with their power supply?
7) When you turn the small device upside-down, would the magnet fall
off if not held by your hand?
Once upside-down, if the disturber magnet is removed and then replaced
will the small device start-up again even if still upside-down?
If not, if the magnet is turned so that its polarity is reversed and then replaced
will the small device start-up again even if still upside-down?
Comment: the disturber magnet seems to me to act like a drain plug in
a bathtub. Pull the plug and a vortex movement begins to form;
reinsert the plug and the vortex stops.
Plug in = no magnet present no vortex
Plug out = magnet is present so is vortex
By the way, if you turn the bathtub upside-down, the vortex stops.
Lindsay, thanks for serving as intermediary and look forward to the
announced new video.
Best regards, Earl