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Joined: 2-November 02
Member No.: 7220
Xbox Version: none
360 version: v1 (xenon)
Only thing wrong with that instruction sheet for the LEDs is that its using a resistor size specific to the ones he used. Somewhere in here there was a post that had a link to where you could find out the correct resistor to use.
Otherwise, yes its very easy to do your own mods and is the recommended way. Personally I think something that simple should be done by each person themselves. Something more complicated like a full front panel replacement is more of a mod that I could see being sold. Gotta get your hands dirty and some point in life.
Group: Members
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Member No.: 7939
You can use any size of resistor you like, including surfact mount resistors. The resistance value for a 5V source sinking a 4.5V LED should be somewhere in the neighborhood of 100-500 Ohms, with 220 Ohms being the usual solution.
Some older blue LEDs required more voltage than standard LEDs, thus the smaller resistor value in the plans, I would assume.
Group: Members
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Xbox Version: v1.0
I dont wanna know bout all that crap :-)...thanx for the site though...i just want peeps to look at my xbox and be like...damn ...lol...also...do u have to actually buy a new led to make the Power on color blue? I believe so...but just makin sure...
Yes, that is a good site. The LED section is outdated, though - most new blue LEDs are down to ~3V @ 30mA, although there are exceptions. Some of the wild ones: ETG makes a two-lead, three-chip full color spectrum LED that features an integrated microchip. Simply supply power, and it slowly cycles through the whole spectrum of colors - perfect for mood light mods! Lumileds has a line of LEDs so bright that they can be used for household spot lighting. Nichia has violet and UV LEDs, not to mention their uber-cool 5mm RGB LEDs!! Tired of your blue Xbox mod? Just dial-a-color! Cost too much right now, though.
One other note about that page - it has a section that shows two super-bright LEDs in parallel, sharing a single dropping resistor. While this can be done, it violates industry best methods/standard practices as it introduces a greater risk of single-point failures and compounds any fluctuations/flaws in the resistor used. Not a huge deal, but as a typical resistor costs only a fraction of a cent, there's no reason to link LEDs in parallel.