i like that little choke i will be trying that, got a ton of those laying around. does it still give off a wireless field with those or do the loads need to be 1-wire connected?
@Magneticitist -----I am not seeing a very strong field around these small chokes. I have not tried them with higher voltages yet or with a good top load though. Maybe I need to add a tea bag it???? lol. That was a great April Fools Day video that you made.
U should check out the "Teslas secret video". Shows how if u reverse the spark gap and capacitor, can pull energy from out other EMR around. Another great video, I wish I found you sooner!
@GBluer -----Thanks Slayer. Your "choke" idea with the primary wrapped around it worked great. I found out that this pulse motor can run on as little as 300 micro amps at 1.5 volts. It's trick is in storing up the energy in capacitors and then releasing it in a very short bursts.
@imtotob -----The more that I work with solar energy the better that I like it. These new solar cells work even in low light, there are no moving parts, and they last a long long time with nearly zero maintenance.
Nice for positioning the solar cell + circuitry at a distance from the actual LED which could prove to be beneficial. Do you think the output from the Slayer Inductor would travel better than DC, as far as losses are concerned? Or is it not like AC, in that way. Thanks Lid.
@KyleCarrington --YES!!! We found out that the energy would travel a long distance this way down just one wire. The way that I understand this-- the energy is transmitting in longitudinal waves. It is the stuff of Tesla dreams.
it was hard to see, but am I correct in observing that the one coiled wire coming off the exciter to the LED eyes was just resting on top of the wooden post and not actually connected to the pulse motor circuit?
@BluecastProductions ---Correct. The LEDs were simply resting on the wooden post and there was no connection to the pulse motor there. The green clip lead was the only connection and that was to the pulse motor circuit ground.
@gilbondfac ----- I went to your channel and saw that you are also doing these experiments. These really are very interesting and fun things to work with.
i like that little choke i will be trying that, got a ton of those laying around. does it still give off a wireless field with those or do the loads need to be 1-wire connected?
Magneticitist 11 months ago
@Magneticitist -----I am not seeing a very strong field around these small chokes. I have not tried them with higher voltages yet or with a good top load though. Maybe I need to add a tea bag it???? lol. That was a great April Fools Day video that you made.
Lidmotor 10 months ago
U should check out the "Teslas secret video". Shows how if u reverse the spark gap and capacitor, can pull energy from out other EMR around. Another great video, I wish I found you sooner!
ecopowerfuture 11 months ago
Great video Lidmotor.It's amazing to see the small exciter run your motor along with the light.
GBluer 11 months ago
@GBluer -----Thanks Slayer. Your "choke" idea with the primary wrapped around it worked great. I found out that this pulse motor can run on as little as 300 micro amps at 1.5 volts. It's trick is in storing up the energy in capacitors and then releasing it in a very short bursts.
Lidmotor 11 months ago
Simplicity is the best
Solar one of my favorites Summer delight
cheers
imtotob 11 months ago
@imtotob -----The more that I work with solar energy the better that I like it. These new solar cells work even in low light, there are no moving parts, and they last a long long time with nearly zero maintenance.
Lidmotor 11 months ago
Nice replication and interlinking circuit lidmotor thanks for sharing :)
stefb2005 11 months ago
@stefb2005 -- Thanks. It is connecting the dots. This was a combination of many ideas from many people who shared them.
Lidmotor 11 months ago
Nice for positioning the solar cell + circuitry at a distance from the actual LED which could prove to be beneficial. Do you think the output from the Slayer Inductor would travel better than DC, as far as losses are concerned? Or is it not like AC, in that way. Thanks Lid.
KyleCarrington 11 months ago
@KyleCarrington --YES!!! We found out that the energy would travel a long distance this way down just one wire. The way that I understand this-- the energy is transmitting in longitudinal waves. It is the stuff of Tesla dreams.
Lidmotor 11 months ago
nice!
KyleCarrington 11 months ago
it was hard to see, but am I correct in observing that the one coiled wire coming off the exciter to the LED eyes was just resting on top of the wooden post and not actually connected to the pulse motor circuit?
BluecastProductions 11 months ago
@BluecastProductions ---Correct. The LEDs were simply resting on the wooden post and there was no connection to the pulse motor there. The green clip lead was the only connection and that was to the pulse motor circuit ground.
Lidmotor 11 months ago
interresting!
gilbondfac 11 months ago
@gilbondfac ----- I went to your channel and saw that you are also doing these experiments. These really are very interesting and fun things to work with.
Lidmotor 11 months ago