a ds is a Nintendo product and is very famous.Some of the ds games are Pokemon black,white,white2,black2,mario,Mario Kart, Pokemon diamond,pearl,and platinum Pokemon heart-gold, soul-silver,a bunch of Pokemon Mystery Dungeon,etc.
the improved version is the 3ds a nintendo product and can turn 3ds games to 3D
some are Pokemon x and y(comeing october 3rd),mario kart 7,lego city undercover the chase begins, pilotwing resort,and etc.
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General Purpose Amplifier Transistors. 2N4401=NPN replacements: BC337, BC338 http://www.fairchildsemi.com/ds/BC/BC337.pdf also BC547, 2N2222 http://www.slabastruja.com/elementi/BC547.pdf 2N4403=PNP replacements: BC327, BC328, PN2907 http://www.biltek.tubitak.gov.tr/gel...ar/4/BC327.pdf http://www.st.com/internet/com/TECHN...CD00002997.pdf
A milliamp-hour (mAh) is a measure of quality of a battery. It tells you how many hours the batter can provide one milliamp of current before it will die. A volt is the unit of electric potential. AA, AAA, C, and D batteries are all 1.5 Volts. A 9 Volt is 9 Volts. Car batteries are 12 Volts. AA's are typically rated in thousands of mAh. Cs and Ds are more, AAA and 9 Volts are typically less. If you know the power that a device consumes [i.e. Remote, wireless game controller], you can calculate how long your batters will last in the following manner. Time = [mAh / 1000] * [# of batteries * battery voltage] / device power Ex: Device is rated at 1W using 4 AA [1.5 Volt] batteries rated at 1000mAh. Time = [ 1000mAh / 1000 ] * [4 * 1.5 Volts] / 1 W = 6 Hours
The nature of your question suggests that you are trying to convert 18VDC down to 3.3VDC Perhaps to power a microprocessor running at that voltage. If you just used a simple divider circuit then there would be two resistors involved, not just one. You cannot "take" 18VDC down to 3.3VDC with a single resistor. You could limit current but not "divide" the voltage down. Really a divider circuit is not the best way to do this either because you probably want to draw at least some current at the 3.3V level. A simple divider circuit voltage would be dependent on the load.. So... I would recommend either a switching or a linear regulator (non switching, and not very efficient). There are a bunch of DC-DC switching regulators that would do the job nicely... I like the ST Micro L5981. It will output up to about an amp at 3.3V and work from 2.9V to 18VDC input. You can find the datasheet athttp://www.st.com/stonline/products/literature/ds/13004.pdfOh, and I'm not pushing the STMicro solution, there are many other good regulators available from Analog Devices, Linear Tech, as well as TI, and National... So Google a bit and you will discover many things for yourself...
Trading between an DS and a DS lite is the same as between a DS and a DS. There is no difference.
on a ds at the back it does NT ssay ds lite and on a ds lite it says ds lite
Yes you can. You can also connect DS lite to DS and DS Lite to DSi.
Yes they do.All DS games should work on DS, DS Lite, and DSIstupid
There are five DS's: -DS -DS lite -DSi -DSi XL -3DS
the ds i has a camera and is available in different colors than the regular ds, and the ds lite
No, you can't swap a DS for a DSi but you can trade in your DS and get £75 off a DSi.
Ds stands for "double screen'' as in the two ds screens.
Yes, the Action Replay DS will work on the original Nintendo DS and the Nintendo DS Lite.
DS games are region-free, a Japanese DS game will work fine on a DS from the US.
A DS virus code is a virus in the ds
It is a Nintendo Ds Lite