* Musical Stairs * All of the electronics are basically worked out (still working on arduino interfaces). * The project group as of now is focusing mainly on mounting issues with hardware. * Installation is planned for the Sunday prior to beginning of next semester.
* coming up spring semester, BUILDS folk with expertise in some area are welcome to give Lectures/ presenations with all of the bells and whistles
MEETING ENDED 7:00 pm
MEETING ENDED 6:50pm
Meeting ended 6:50pm
Tap Input is currently in research and will be on hold until Musical Stairs is nearing completion.
On the technical side of things a Tesla coil is a pair of resonant RC circuits that operate at voltages high enough to create arcs. The idea is that there are two coils of wire called the primary and the secondary that act as inductors for their respective circuits. A large toroid acts as the capacitor for the secondary circuit as well as a site for the arcs to discharge. A large bank of capacitors connects to the primary coil forming the primary circuit. The primary and secondary circuits are designed so that they have the same resonance frequency and will transfer power between one and the other.
There’s a lot of online documentation about how to put one together a coil. One site is linked below and it walks through design specs using a sensible progression from a desired arc length. Using this site I’ve done a few calculations for a coil designed around a 6 diameter secondary coil.
Most of the materials can be found easily on McMaster Carr, but the one thing thats holding up calculations is acquiring a high voltage transformer either from a microwave or a neon sign. Otherwise, major materials as follows:
Walk-through mentioned above http://deepfriedneon.com/tesla_guide.html
Somewhere else http://www.teslacoildesign.com/#design
Some equations on a strangely religious site. http://www.teslacoils4christ.org/TCFormulas/TCFormulas.htm
If you’re interested in helping out or want to lend expertise, sign up below or let me know.
Meeting Ended 7:06 pm