I appears that the inductance / resistance ratio is My maximum diameter is 30mm so by varying the trace width I can choose from the following optionsĠ.1mm trace width, 70 turns, inductance = 47uH and 1.55ohms resistance.Ġ.2mm trace width, 45 turns, inductance= 20uH and 0.48ohms resistance.Ġ.3mm trace width, 35 turns, inductance= 12uH and 0.25ohms resistance.Ġ.4mm trace width, 28 turns, inductance = 7.6uH and 0.15 ohms resistance. I found this trace calculator which lets me estimate the resistance. Is there any way to estimate the given the expected resistance? My copper is only 35um per side (2oz/CuFt) which means the resistance is substantially higher than the wire diameter suggests. This complete converter application tool finds the most efficient inductor. Or skip the search function and proceed directly to performance analysis for known part number (s). Search for L Frequency or Z Frequency for specific application conditions. I’m also using this excellent Kicad footprint wizard ( ) This powerful tool identifies the best RF inductors and chokes for your defined parameters. So being able to try out parameters before ordering the boards is incredibly useful. I’m making this on FPC (flex pcb), 2 layers. Thank you for making such a fantastic website! I’ve just noticed that the calculator also allows me to enter the coupling capacitance. Musical Tesla Coil Interrupter for SSTC/DRSSTC.Busbar and primary circuit design for Tesla coils and inverters.Rectifier Selection for Tesla Coils and Inverters.Topload design and selection for Tesla coils.Tesla coil and DRSSTC frequently asked questions.Snubber capacitor selection for Tesla coils and inverters.
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