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Those pictures of the board you did.....and those the new LEDs? Or are those the old ones?
I actually used the same Calc.....but the guy from phone support said to change the voltage from 12 to 14 because of spikes in power....when I had the 12 volt in, it told me 470 as well. Either way, I don't think you'll have issues....worse case is they burn out and you replace them.I got my blue 5mm 360 degree from superbriteleds.com and they have a resistor calculator. I punched in all the info and it said to use a 470 ohm resistor. I am no wizard on this stuff but I had 470 ohm on first and then switched to 330 ohm and they were much briter, I would think with a 680 on there they are not going to be that brite at all. I have read that it also depends on the manufacturer of the LED itself on what size of resistor should be used. Who knows, I guess time will only tell. Everyone will have to update there situations to see who's combinations last the longest and who's have failed. Good Luck to all!
Yeah, I did both of them....How did you go about doin the 4wd switches? did you do the window switches to?
Why 50 resistors? If anything you should get about 45 LEDs and 45 Resistorsordered 30 bulbs and 50 resisters
Its a little more complicated than that.. The front doors for example, there is an aux power lead feeding power to the motherboard.. The lights and dimmer work off the computer system and not the dimmer switch itself. So if you piped a 470 resistor on that wire you would be cutting power for everything in that door.. Which is bad.Question for all you electronic wizards. If I am planning on replacing all of my dimmable 12 volt bulbs with the 360 degree LEDs from superbrightLEDs. Instead of putting a 470 ohm resister on each LED, why couldn’t a guy insert a 470 ohm resister on the actual dimmer switch in series? I would think that would drop your voltage down that is required for everything in that circuit?