From the T.E.C. archive.
This experiment was made by Jjstriker. Thanks for your report!
My experiment started with getting some small ferrite rods from a catalog, along with some other junk parts that I got with it. Anyway, my main tests were to,
1: Analyse the EM fields generated by the coil, and
2: Measure inductance(resistance).
The ferrite rod was quite small, only 1.3 inches long and about a pencil thickness. I wound it back over itself using some 28gauge wire. This made for a very puny, but useful cadaceus coil. To measure the EM fields, I had purchased an EM field meter, 4 bucks at electronic goldmine. I first wired it to a transformer (6v,200ma, pulsating at 60hz). The results were interesting. The only field I detected was when the device was DIRECTLY in front of the unit. It was very difficult to replicate this. I left the thing plugged in for some time(15min+), yet after experimenting a while I noticed the transformer was heating up while the coil...
Caduceus-Tensor Coil Research
This experiment was made by Jjstriker. Thanks for your report!
My experiment started with getting some small ferrite rods from a catalog, along with some other junk parts that I got with it. Anyway, my main tests were to,
1: Analyse the EM fields generated by the coil, and
2: Measure inductance(resistance).
The ferrite rod was quite small, only 1.3 inches long and about a pencil thickness. I wound it back over itself using some 28gauge wire. This made for a very puny, but useful cadaceus coil. To measure the EM fields, I had purchased an EM field meter, 4 bucks at electronic goldmine. I first wired it to a transformer (6v,200ma, pulsating at 60hz). The results were interesting. The only field I detected was when the device was DIRECTLY in front of the unit. It was very difficult to replicate this. I left the thing plugged in for some time(15min+), yet after experimenting a while I noticed the transformer was heating up while the coil...
Caduceus-Tensor Coil Research