is the metal shroud hot?
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nos_slived
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It should. Try it on your battery before attaching it though.
Very little draw at 12V. If you had an 8V input, it would probably still work, but will draw a bit more current (137.5mA to be exact).
Code: Select all
W=EI
I=W/E
I=1.1/12=0.09167A=91.67mA
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bicostp
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I think he means the power thing doesn't put out enough current for the N64. Stepping down the power would be the exact opposite of the solution you need.gannon wrote:You'd need 2 of those in parallel to power the 3.3V line of the n64.
gannon (or whoever knows the electronics formulas): series (daisy-chained)= Volts + Volts, Parallel (connected individually) = amps + amps, right?
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nos_slived
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You got it BCP
!
Yea, don't step down your voltage, because 3V is about the minimum that it can run on. By running 2 of those in series, or using a 3V converter with a higher current rating.
It probably won't destroy it, but your system probably won't work properly without high enough current, and you would probably burnout the converter with a 1A load, which could end up causing 12V to go right through.
Yea, don't step down your voltage, because 3V is about the minimum that it can run on. By running 2 of those in series, or using a 3V converter with a higher current rating.
It probably won't destroy it, but your system probably won't work properly without high enough current, and you would probably burnout the converter with a 1A load, which could end up causing 12V to go right through.
Last edited by nos_slived on Fri Apr 15, 2005 6:49 pm, edited 1 time in total.

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nos_slived
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I guess using a 3ohm resistor would work (R=3V/1A).
Make sure that your resistor is rated for 12W or higher, or else you will have to run the resistors in parallel. If you do go in parallel, make sure that you multiply 3ohms by the number of resistors in parallel. For example, if your resistors were rated for 3W, then you would need 4 or more resistors in parallel (12W/3W=4). In this case, lets just say that you want to be safe, so you use 6 resistors. Each will have to be 18ohms (R=3ohm*#).
Make sure that your resistor is rated for 12W or higher, or else you will have to run the resistors in parallel. If you do go in parallel, make sure that you multiply 3ohms by the number of resistors in parallel. For example, if your resistors were rated for 3W, then you would need 4 or more resistors in parallel (12W/3W=4). In this case, lets just say that you want to be safe, so you use 6 resistors. Each will have to be 18ohms (R=3ohm*#).

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nos_slived
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i'm looking for a uber-high effeciency regulator, but all the ones i find are SMD or DIP, what kind of package are the ones with three pins sticking out of one side?
i need a 12V, 3.3V, and a 7.5V. as high effeciency as possible
i need a 12V, 3.3V, and a 7.5V. as high effeciency as possible
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