Poll
Question:
to say hello
Option 1: yes
votes: 0
Option 2: to meet others
votes: 0
Just wanted to find a place on this forum to introduce myself.
Could not find another place, so here I am.
I am a self-taught electronics geek...
concentrating on standards of ohm-metric values, and stable DC values.
I also create Hi-Fi audio amplification devices.
=Randy=
I would also like to say...I have some unique opportunities to acquire hard-to-find electronic devices.
This includes resistors, capacitors, magnetic coils, inductors, and older test equipment.
=R=
I will say hello to you, I am kinda new here myself. In a posting way.
I am interested in high voltage equipment for Tesla reproductions and engineers with the knowledge to help me understand and realise my theories for AC/DC interaction with the Aether.
Only way a UFO is going to fly.
RM :)
Hey Freq,
Thanks for joining up.
My best idea for 'OU' is
Resonating Multiple High Voltage Ferrite Core Transformers from a single Joule Thief.
I believe that the unpaired electrons present in Ferromagnetic Materials can be tapped.
For example... a piece of iron amplifies the Magnetic Field of a Coil 5,000 times without using extra current.
That is, previously randomly oriented Magnetic Dipoles in the Iron line up with the Coil's Magnetic Field,
to amplify to the Coil's Magnetic Field.
5000 (from iron) + 1(from coil) = 5001 total Magnetic Field.
I have also noticed that 2 tuning forks ring louder and longer than when only 1 is allowed to ring.
Or, an Acoustic Guitar is 1000 times louder than an Electric (same strings, same strum) due the Acoustic Resonator.
With this knowledge, I independently found a way to light a 3V LED from a 1.5 V battery
by resonating a small audio (step down !) transformer.
(as opposed to using a Joule Thief)
It appears you know a bit about electronics.
What do you think about Resonating High Voltage Ferromagnetic Core Transformers?
Best Regards,
The Observer