It will all depend on which motherboard you have and how many ancilliaries such as disk drives and Optical drives you are going to use.
Check with makers of your computer motherboard.
These days the average suitable supply is 450Watts.
750 Watt or greater, for gaming computers.
Case form factor determines the physical size of a power supply and the placement of a screw holes. It can be ATX, microATX, BTX and others.
To know what size power supply you need, add up the wattage requirements of all components and add 30 percent.
a linear power supply the noise or ripple can be reduced to mv. However it is bulky heavy and inefficient A switching power supply it is easier to filter its output but the hi frequency noise and spikes are not that ease to get rid off. The weight and size can be greatly reduced and the efficiency greatly improved
256mb
Well it all depends on how high-end your computer is. If it is a rather basic model there are probably between 450 and 500 watts, but if you have a higher-end computer, it will probably have between 600 and 850 watts. This way the higher the ammount of watts your computer has the more power it will have to run the hardware of your computer.
In a supply chain MOQ stands for Minimum Order Quantity. It is the minimum size of an order specified by a supplier.
what size wire would be required for an ak012 with a power supply of 208/240-3-60 hz
2 stacks required
24".
50 amps
The "form factor."
Possibly not enough output power. Are you sure that you got the right size power supply?
If, by smaller in size, you mean physical size, then yes. You just need to keep the same capacitance and minimum voltage rating. Also, in a power supply filter application, you need to consider the maximum RMS current rating.
Case form factor determines the physical size of a power supply and the placement of a screw holes. It can be ATX, microATX, BTX and others.
10x
A 600 MCM copper conductor with a insulation factor of 75 or 90 degrees C is rated for 420 and 455 amps respectively. To reduce the wire size from a single conductor, a parallel feed of 3/0 can be used.
The required size for a seal weld per AISC is eighteen foot length. AISC also specifies minimum weld size based on the thicknesses of the members joined.