ATX technology is related to the SMPS in which when the user shutdowns the PC, there will be power supplied to the motherboard until the mains are removed. Thus ATX technology helps in remote start up of PC whereas this is not possible with AT technology where the power is totally not supplied to the motherboard when PC is in shutdown state
The computer will only consume what power it needs. No diffference. if you have a 350watt power supply, and it is using more then 70% power consuption, the life of that power supply will be short, so always aim big when picking out a power supply, ie: 50-100 watts more than what you would actually need.
It depends on where the power source is needed. In portable equipment for starting engines or portable equipment like cordless saws, drills, or lights a battery is the preferred method of power. In indoor stationary charging equipment for portable phones for example a continuous supply of AC power being converted to DC is more convenient than have batteries around the home that have to be charged when running low on voltage.
why is batching of aggregate by weight is preferable than batching by volume
if you are reffering to Vcc than it means- It is the positive power supply used for TTL gates it is nothing but simple dc power supply. if we use CMOS than we use Vdd for indicating power supply these are method for indicating power supply.
you will need to be allot more specific on what you are trying to do here. what is the difference in amps. what is the device Generally speaking it is good practice to only use the power supply that the device is rated for. the biggest issue you will have is this Power = voltage * current (simple version) if the power supply you had was 12v at 1 amps then you ca supply 12Watts of power if the power supply you had was 12v at 10 amps then you can supply 120Watts of power Just because you can supply 10 amps, and all you need is one, means your power supply is bigger than it needs to be. The device will draw what it is intended to draw. Just make sure the voltage matches.
Personally, I wouldn't use less than a 300 Watt power supply in that situation. But then, I never use less than a 500 Watt power supply when replacing a power supply or building a computer. The advantage is, the larger power supply can easily handle the load and will not run as hot. Since electronic components typically fail more rapidly when they get hot, the larger power supply will usually last much longer. But that's just a suggestion.
Several power companies and independed authors have written excellent articles about universal power supply. Other than that, for example libraries offer books and catalogs on the matter.
It is okay sometimes to use a power supply that allows for more amps than your device. You have a good chance of burning up your converter because the printer wants more amps than the power supply can give. It is okay sometimes to use a power supply that allows for more amps than your device. You have a good chance of burning up your converter because the printer wants more amps than the power supply can give.
Depends on what kind of fish you ask.
A sample survey may be preferable than a census because it can be more comprehensive. While its research only involves a subset, it is typically more accurate.
Its not, having a 700w PSU and only using 200w is perfectly fine. Its fine to have more power available than you actually draw.
Yes, It is the exact same plug on the console side of the cord.