what is the coil hooked up to in a 351w?
107736
one is grounded and the other to ur ignition module or distributer depending on wat year it is
646772
Buy a power splitter cable. They'll only cost a few $/£ or sprodgetts. See the Sources for examples. There are other variations for different types of connector.\n\nAs the earlier reply said about your power supply being rated highly in terms of wattage, the usual problem that sometimes occurs is that the extra current taken will trip out the power supply or the system will get unstable. Most, if not all, modern poer supplies have some sort of overcurrent protection and will trip out if the current gets too large. This usually happens when the machine is powered up as all the drives start up and take a starting surge current. If this is the case, your cheapest option it to replace the PSU and I'd suggest the biggest wattage you can get! It will easily slip in usually. MORE POWER! HOO HOO HOO!!
364172
First of all, you cannot turn a 240 V, 200 A service into a 480 V, 200 A service with a simple 3 phase transformer. In a transformer, power out (roughly) equals power in. If you put 83 kW in, you can't get 166 kW out. You will have your electric company run a new 480 V service for you. From "your side" of the service, you will have to have a licensed, qualified electrician make sure that all breakers, wiring, fuses, and other components are rated for 600 volts, so you may not be able to use your existing breaker box, or even the wire feeding it. All of your existing wire to motors and other 240 / 480 VAC devices should be of ample ampacity, as a motor draws half of the current at 480 than at 240, but again, it may be wired with 300 V wire that does not have insulation rated for 480 V circuits. Another investment would likely be a step-down transformer for your electrical outlets. You won't be able to go phase to neutral anymore, as that would get you 277 VAC (in a 4-wire Y system). Make sure that your qualified electrician complies with all local codes, as well as the NEC. Good luck!
802418
Depends on what sort of frequency you are working at and how much inductance you want ; if it's a fairly low frequency RF you might put a little air-coil in as an inductor or just a single loop, maybe arrange for some mutual inductance between a pair of loops if your impedance matching network relies on a transformer.\nCould be something else of course but this is my best guess based on the information you have given.
206161
some,  but will mainly improve mileage, performance coil will improve power if used with compatable ignition components, otherwise stay stock
480747
just check out the kilowatt of the pump. then apply the formula kw = 1.713 X V X I X PF.\nwhere V = voltage, PF = power factor, I = Amps.\neg:\na 30 kw pump,at 415 volts and 0.8 PF with three phase supply will draw an amps of\nI = 30000/1.732/415/0.8\nI = 52.17 amps.\n\nIn case of single phase motors just remove the term 1.732
679718
The deciding factor here would be the Utility Company Service Entrance. THAT cannot be rewired by you! The other two points ( Low side of transformer and Motor Windings) can easily be configured either way by simply rewiring the 3 windings on the motor, and the 3 windings on the output of the transformer.\n\nOptimum efficiency will be DELTA-DELTA-DELTA or STAR-STAR-STAR...Either way no 'ground loops' to cause loss.
731398
Slip Rings are most commonly used.  If the power level is low you might be able to magnetically couple the power through the shaft using a pair of concentric coils.
97803
omg this 1 toootally got me!!\n\nhttp://www.liquidgeneration.com/content/a55hat.aspx?cid=316\n\njust scroll down n click "begin" ....boo!!
542559
Motherboard manual here:\nhttp://www.emachineupgraders.info/dir1/motherboards/socket478/imperial_downloads.shtml\n The model came with a 250W power supply\nhttp://store.ramplus.com/atatrebe25at.html
124655
Get someone who does a little computer maintenance to check your fuse.  Should run you a couple of bucks and a smile.
143811
Aboslutely, provided the fans are for 12V service.  Leave the secondary center tap unconnected, and put each end of the secondary to the AC input of the rectifier.  The + goes to the red lead of the fan; the - goes to the black lead (traditionally speaking of course.) Now the supply will be very ripply, with a 120 Hz waveform which could be more than a volt.  If you put a 470uF 35V capacitor across the plus and minus of the rectifier, you will smooth out the ripple, but increase the voltage above 12 volts.  Make sure the fans can take the increased voltage.  Transformers are rated at the RMS output at the 3 amps in your case.  The peak voltage will be around 1.4*12.6, but in practice I have never seen it go above 15 V with a load.  Therefore at 1 amp, if you put a cap on the supply, it may produce excessive voltage.  Check it with a voltmeter-- you may luck out.\n\nI have been in a similar situation.  Get a 5 watt resistor at maybe 1 to 3 ohms.  Insert it in series between the capactitor positive and the fans wired in parallel.  When running, use a voltmeter on the fan circuit.  Increase the resistor till you get 12V or thereabouts.  The resistor will get hot, so leave the leads long and connect them to a terminal strip or block if possible, and mount it in the airstream.\n\nCheck out the LM7812, however, at 1 Amp.  Google it, or check out jameco.com for the part.  Put a 470uF at 35 V at each end of the regulator to keep things very smooth.  Your fan will run perfectly with the voltage regulator.  Be sure to mount the tab on a heatsink to keep it cool since you are running it at full capacity.
749686
Have a look at my project.  Several links for pictures, wiring, charge controller, and so on.\nhttp://members.rennlist.org/warren/wind.html
238073
Take a look at here:\n\nhttp://www.myhometheater.homestead.com/vgacable.html\n\nand\n\nhttp://pinouts.ru/data/9to15VGA_pinout.shtml\neverthing you want to know!\n\nGood luck
579021
I think you meant WATTS versus volts. You will need to inspect your power supply for that information.\n You need to check out he following website, for more info on what you will truly need 250W sounds a bit low by today's standards - http://www.jscustompcs.com/power_supply/
775555
P = FD/t = 300*9.8*5/8 = 1837.5 Nm/sec = 1.8375 kw
145303
Basically, you just need two different types of metals to generate a current. I assume your using copper as your other metal type.\n\nIf you dont have any zinc wire, you could try using a galvanized (zinc coated) screw.\nOr if you want to use another metal all together, try Aluminum in the form of Aluminum foil.  An Iron nail or a chunk of lead would also work, but not as well.