iHearAll
Well-Known Member
using induction and 2 rechargeable 9v's making it an 18v unit!
im thinking it could get away with 10-16 awg enameled wire inductor. i think a pancake coil on a hinge over the dabbing surface would be most efficient. when its hot just move the coil away.
2x irf540n heatsinked separately
2x torroidal RF chokes
2x unknown valued resistors
2x UF400x
some decent value of MKP capacitors iv got a few 250nF i think.
it should be able to heat up instantly and turn the nail into a useless peace of molten metal if left on haha
so i think it should have a normally open switch connected to power to engage.
batteries should be able to recharge without unplugging so i have to find some rechargeable 9v's and make an 18v charger circuit or buy a power cord. im no good at wireless charging circuits so idk.
lets get some help here
i grabbed this base circuit off google. i havent got a clue who designed it first but hats off to that guy. we'll bastardize it for you
im thinking it could get away with 10-16 awg enameled wire inductor. i think a pancake coil on a hinge over the dabbing surface would be most efficient. when its hot just move the coil away.
2x irf540n heatsinked separately
2x torroidal RF chokes
2x unknown valued resistors
2x UF400x
some decent value of MKP capacitors iv got a few 250nF i think.
it should be able to heat up instantly and turn the nail into a useless peace of molten metal if left on haha
so i think it should have a normally open switch connected to power to engage.
batteries should be able to recharge without unplugging so i have to find some rechargeable 9v's and make an 18v charger circuit or buy a power cord. im no good at wireless charging circuits so idk.
lets get some help here
i grabbed this base circuit off google. i havent got a clue who designed it first but hats off to that guy. we'll bastardize it for you
