wammers No longer with us, RIP Donater Dec 30, 2010 #21 Datatek said: Three minutes for the soldering iron to heat up, one minute to remove the relay case, thirty seconds to solder the joints another ten seconds to put the cover back on. Click to expand... Even quicker with and induction gun.
Datatek said: Three minutes for the soldering iron to heat up, one minute to remove the relay case, thirty seconds to solder the joints another ten seconds to put the cover back on. Click to expand... Even quicker with and induction gun.
Datatek Well-Known Member Dec 30, 2010 #22 wammers said: Even quicker with and induction gun. Click to expand... But can be very destructive if there are semiconductors present, even the eddy currents in a 240 volt AC iron can damage MOS devices
wammers said: Even quicker with and induction gun. Click to expand... But can be very destructive if there are semiconductors present, even the eddy currents in a 240 volt AC iron can damage MOS devices
wammers No longer with us, RIP Donater Dec 30, 2010 #23 Datatek said: But can be very destructive if there are semiconductors present, even the eddy currents in a 240 volt AC iron can damage MOS devices Click to expand... I am talking the relay that costs peanuts. Would not use an induction gun on electronics. You leave Eddy out of this he is not a member.
Datatek said: But can be very destructive if there are semiconductors present, even the eddy currents in a 240 volt AC iron can damage MOS devices Click to expand... I am talking the relay that costs peanuts. Would not use an induction gun on electronics. You leave Eddy out of this he is not a member.