DIY: White front sidemarkers (best thread!)
Haha, $40 is a bit steep, but now that i have the things taken apart, I would probably drop em in the mail with the new resistors and LEDs, along with $20, if someone wanted to save me the headache due to my inexperience and pull the old stuff and solder in the new LEDs. Any takers??? I'll also include the several extra resistors and LEDs that i bought, enough to do the mod at least one more time.
Haha, $40 is a bit steep, but now that i have the things taken apart, I would probably drop em in the mail with the new resistors and LEDs, along with $20, if someone wanted to save me the headache due to my inexperience and pull the old stuff and solder in the new LEDs. Any takers??? I'll also include the several extra resistors and LEDs that i bought, enough to do the mod at least one more time.
bro I may be a union electrician but I don't mess with electronics and have never soldered before attempting this mod. all u need are the right tools and paperboys DIY trust me. he's very good at answering questions and I'm also here. just take ur time cause if u damage any of the thin wires on the circuit board ur fucked. those ribbons complete the circuit and run all over the board, thru the 330ohm resistor ur adding as well as that black diode and LEDs so BE CAREFUL!
Either can get the job done. When using solder wick it's good to remember that there are different grades/types. The downside to a solder sucker is that you have to melt the solder then quickly move/remove the iron to get the sucker in place and release the spring before the solder starts to cool/harden. A solder wick (solder braid) goes between the solder and the iron and will pull the solder into it.
thanks to paperboy I've become pretty efficient at this mod and recently purchased 100 of these LEDs, so if anyone needs some assistance feel free to PM me and ill see if I can mod for some of u
Paperboy, huge props for including the calculations!
I'm a mechanical engineering student but I've taken an EE class, so I immediately scrolled down when I read you included them haha. They're basic, but an essential part of any type of circuit analysis. My point is, no one should have questioned this mod's functionality if they would have just quickly read through those. Great simple and effective mod.
Just so i'm clear of the steps:
1. remove and cut sidemarkers
2. remove all the LEDs and just one of the resistors?
-*using solder sipper to remove previous solder*
3. solder on LEDs and 330 ohm resistor
4. put it back together with an adhesive
i just want to be sure haha.
1. remove and cut sidemarkers
2. remove all the LEDs and just one of the resistors?
-*using solder sipper to remove previous solder*
3. solder on LEDs and 330 ohm resistor
4. put it back together with an adhesive
i just want to be sure haha.
Just so i'm clear of the steps:
1. remove and cut sidemarkers
2. remove all the LEDs and just one of the resistors?
-*using solder sipper to remove previous solder*
3. solder on LEDs and 330 ohm resistor
4. put it back together with an adhesive
i just want to be sure haha.
1. remove and cut sidemarkers
2. remove all the LEDs and just one of the resistors?
-*using solder sipper to remove previous solder*
3. solder on LEDs and 330 ohm resistor
4. put it back together with an adhesive
i just want to be sure haha.
What he means is that the design of the housing, the 'reflector' part of the enclosure will look different whether a bulb is on or off. It can affect brightness as well but overall, they look physically different, while maintaining the same exterior shape. If that makes sense...
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