És akkor az alapvető ismertetés után nézzünk 1-2 képt hogy hogy is nézzen ki.
Ez csak egy 30 kilós trafó xD.
Na de mit is akarunk csinálni?
Nem akarunk egy bme-s 400A-es tekercset, de akarunk szép parasztvakitó ívet, ami belefér egy 1 m3-es faraday kalitkába, illetve el kell férnie a többi kisérleti eszköznek a cuccla együtt.
| Power Range | Secondary Diameter |
| less than 500W | |
| 500W to 1500W | |
| 1500W to 3KW | |
| 3KW and above |
After lots of experimentation, the modern pioneers of Tesla Coiling have come up with the following rules for determining the optimum size of a secondary coil (see table). This gives you size of coil, so to get the form length add a couple of inches to the coil length. 3 inches 4 inches 6 inches 8 inches and above
Nekem ebből az esik lehogy nekünk durván fél méteres tekercs kell majd.. ami végülis megfelel az elvárásoknak Enameled copper wire comes in a wide range of diameters. You are aiming to have around 800 to 1000 turns of wire for your secondary coil so divide the coil length just worked out by say 900, to get the approximate wire thickness. The values manufacturers quote are for the copper conductor diameter. The enamel insulation usually makes the wire approx 10% thicker so allow for this in your sums. Electrical Values: Example: For the 4 to 6 inch coil form range, if you choose 4 inch then the height of the wound coil will be 5 x 4 = 20 inches. Add a couple of inches to the length to get the actual length of plastic tube you need to get. Wire: 
Example: Your chosen coil length is 20 inches, or 508mm.
508 divided by 900 = 0.564mm per wind.
Taking into account an approx. 10% increase for enamel,
wire (conductor) diameter = 0.564mm / 1.1 = 0.51mm.
You may not be able to get 0.51mm diameter wire so find the nearest available size and check out how many turns it works out to.
The coil has a characteristic inductance and capacitance which you will need to know. Feed the dimensions of your coil into the 'Helical Coil' calculator (see the 'Equations' section), using the 10% enamel width value for the turn spacing value.Example: A 152mm diameter coil, wound with 825 turns of 0.71mm wire (10% of 0.71mm gives a 0.071mm spacing), has values of
L = 21.7mH (21716uH) & C = 10.45pF
with a wind height of 644mm.
info: http://deepfriedneon.com/tesla_guide.html
Fos ez a blog szétbassza az egészet
Kommentek