Hello There; I made the tesla coil, the features of which are written below, but the spark coming out of the top load is 3 cm. What should I do to increase the output spark length? Neon Transformer: Input 230 VAC.Output 15 KV 30 mA Sparg Gap Spacing : 10 mm Primary Capacitor Circuit: Ceramic Type 2.5 nF 40 kV (4 pieces of 10 nf 10 kV connected in series) The resistor was not used. Primary Coil (primary): 9.56 mm Copper Air Conditioning Pipe Winding Shape : Spiral Coil Space Between Windings: 10 mm Number of Rounds : 11 Rows Measured on a frequency of 1 KHz with a Primary Coil LCR Meter. Inductance (L) = 0.04 mH Secondary Coil : Copper Wire 0.40 mm. Copper Wire Length 475 meters. Coil Diameter : 110 mm. Coil Length: 550 mm Number of Rounds : 1375 rows The Secondary Coil was measured with the LCR Meter on a frequency of 1 Khz. Inductance (L) = 33.4 mH Toroid : Aluminum Aspirator Ventilation Pipe Channel Diameter: 130 mm Toroid Total Diameter : 400 mm Toroid Center Inner Diameter : 160 mm
It would take me a bit to figure out what’s wrong with all of that info but if you plug that stuff into javaTC you should be able to figure out what you need to adjust
@@joeles2738 In the classical tesla coil I made, I used ceramic disc capacitors in the primary capacitor circuit. During the test phase, the ceramic capacitors could not handle the stress and burned out one by one. Now I will create a primary capacitor circuit again.2 I have a question. 1) Should I use a polarized capacitor (DC). Should I use a non-polar capacitor? This time I will use a Polypropylene capacitor. 2) Which of the MKP and CBB capacitors I use for this, will I make the right choice?
Classic type spark gap I am making Tesla Coil. I have a few questions to ask you. I would appreciate if you help. I use a 15 kV 30 mA Neon transformer for the input. I used a ceramic type capacitor for the primary capacity. capacity 25 kV 30 nF. Capacitor information 6 pieces 10nF 10 kV. 6 pieces 10 nF 15 kV. If I connect a parallel 10 Megaohm resistor to each capacitor for fast discharge, will the tesla work correctly? Will it be enough for insulation if I cover the capacitor leg connections with silicone? Spark gap distance 13 mm is enough? I used 10 mm copper tube in the primary coil. I wrapped 10 turns. How many mm should the connection cable between the capacitors and the copper tube? I have 1 mm copper wire for the secondary coil. How many times will the number of turns of the secondary coil be? There is a 50mm diameter and 400 mm long plastic pipe. How many turns should I spiral to resonate correctly? When the process is finished, what is the spark length in the end when testing? Which equipment do we need to cool when we make this circuit? Does over-winding of the secondary coil cause overheating? Is it necessary to cover the secondary winding with varnish? If you answer this e-mail, I would appreciate it if you could help.
Hello There;
I made the tesla coil, the features of which are written below, but the spark coming out of the top load is 3 cm. What should I do to increase the output spark length?
Neon Transformer: Input 230 VAC.Output 15 KV 30 mA
Sparg Gap Spacing : 10 mm
Primary Capacitor Circuit: Ceramic Type 2.5 nF 40 kV (4 pieces of 10 nf 10 kV connected in series)
The resistor was not used.
Primary Coil (primary): 9.56 mm Copper Air Conditioning Pipe
Winding Shape : Spiral Coil
Space Between Windings: 10 mm
Number of Rounds : 11 Rows
Measured on a frequency of 1 KHz with a Primary Coil LCR Meter. Inductance (L) = 0.04 mH
Secondary Coil :
Copper Wire 0.40 mm.
Copper Wire Length 475 meters.
Coil Diameter : 110 mm.
Coil Length: 550 mm
Number of Rounds : 1375 rows
The Secondary Coil was measured with the LCR Meter on a frequency of 1 Khz. Inductance (L) = 33.4 mH
Toroid :
Aluminum Aspirator Ventilation Pipe
Channel Diameter: 130 mm
Toroid Total Diameter : 400 mm
Toroid Center Inner Diameter : 160 mm
It would take me a bit to figure out what’s wrong with all of that info but if you plug that stuff into javaTC you should be able to figure out what you need to adjust
@@joeles2738 In the classical tesla coil I made, I used ceramic disc capacitors in the primary capacitor circuit. During the test phase, the ceramic capacitors could not handle the stress and burned out one by one. Now I will create a primary capacitor circuit again.2 I have a question. 1) Should I use a polarized capacitor (DC). Should I use a non-polar capacitor? This time I will use a Polypropylene capacitor. 2) Which of the MKP and CBB capacitors I use for this, will I make the right choice?
Classic type spark gap I am making Tesla Coil. I have a
few questions to ask you. I would appreciate if you help. I use a 15
kV 30 mA Neon transformer for the input. I used a ceramic type
capacitor for the primary capacity. capacity 25 kV 30 nF. Capacitor
information 6 pieces 10nF 10 kV. 6 pieces 10 nF 15 kV. If I connect a
parallel 10 Megaohm resistor to each capacitor for fast discharge,
will the tesla work correctly? Will it be enough for insulation if I
cover the capacitor leg connections with silicone? Spark gap distance
13 mm is enough? I used 10 mm copper tube in the primary coil. I
wrapped 10 turns. How many mm should the connection cable between the
capacitors and the copper tube? I have 1 mm copper wire for the
secondary coil. How many times will the number of turns of the
secondary coil be? There is a 50mm diameter and 400 mm long plastic
pipe. How many turns should I spiral to resonate correctly? When the
process is finished, what is the spark length in the end when testing?
Which equipment do we need to cool when we make this circuit? Does
over-winding of the secondary coil cause overheating? Is it necessary
to cover the secondary winding with varnish?
If you answer this e-mail, I would appreciate it if you could help.