My parts and design for Arc Lighter Powered Tabletop Tesla Coil:

• Arc Lighter
• 32 Gauge Magnet wire (Remington, cat.#32SNSP.25 – Solderable Polyurethane w/ Polyamide Overcoat, Diameter 0.0087”, bare wire thickness 0.00795” so spacing between windings ideally close to 0.00075”)
  • winding height for 570 turns equals 4.96”
• Primary Wire (Gauge and diameter of insulated wire)
  • multicore xx guage wire with 0.x” insulation
• Capacitors – 39000pF, 3kVDC, Polypropylene (Panasonic ECW-HC3F392J)
  • 3 in series 1.3nF 9KV capacitor bank
• Diodes for Full Bridge Rectifier 2CL2FL 15KV 100mA 100nS High Voltage Diode ( https://www.amazon.com/gp/product/B07MVX689B/ref=ppx_yo_dt_b_asin_title_o08_s00?ie=UTF8&psc=1 )
• 3mm expanded PVC sheet
  • 3 x 5"x5" squares
  • 4 x 1/4" hex machine screws 3" length
    
  • 12 x 1/4" machine nuts
    
  • 4 x 3/8" long nylon spacers with 1/4" I.D. hole 
• Aluminum foil tape (for ground plane and to cover top-load)
• Momentary button (SPST)
• Primary coil – form, windings, height, etc. (3D printable parts with link in parts tab)
• Secondary coil - form, 1.5” PVC (xx” OD) by xx” Height, 570 windings, etc.
• Ground Plane (aluminum foil on bottom of lowest expanded PVC base/support)
• Top-Load (3D printed toroid covered in aluminum tape)
  • I tried many different dimensions of spherical, torroidal and disc shaped top-loads
    • I prefer the look of torroidal top-loads but other shapes with similar capacitance should also work.
  • I should note that I did not take into account the thickness of the aluminum tape in the final dimensions of the top-load and this likely effects the reasonant frequency of the secondary coil!
  • Wiring for connecting parts (22 AWG single core wiring)