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Related Articles. Article Summary. Part 1. Shut down your computer. Unplug the power supply from the outlet. Open your computer case. Disconnect the power supply cables from all of the components inside the case. Follow each cable from the power supply to the component to make sure that everything is properly unplugged. Make note of where everything was plugged into for when you reassemble the case.
Make a paper clip tester. You can use a paper clip to help test your power supply and trick it into thinking that it has been switched on. To do this, straighten a paperclip and then bend it into a "U" shape. This paperclip will act as the pins that are inserted into the power supply that give it the "Power ON" signal. It is typically the largest connector for the power supply. You will be inserting the ends of the paperclip into the green pin there should be only one and a neighboring black pin.
Before you do this, double check to make sure that the power supply is completely disconnected from any power outlet, that it is switched off, and that it is not connected to any computer components. The green pin is typically pin 15 on a pin chart. Insert the paperclip. Plug the power supply back into the outlet, and flip the switch in the back.
Check the fan. This will let you know that the power supply is at least working. If the power supply does not turn on at all, double check your pins after unplugging and try again. If it still does not turn on, then it is most likely dead. You will need to perform the next test to ensure that it is outputting correctly.
Part 2. Check the output through software. Check the readouts to ensure that they fall within accepted tolerances. If your computer does not work, skip to the next step. Shut down the computer. Turn off the power switch on the back of the power supply. Open the computer and disconnect all of the components from the power supply. Follow the cables from the power supply to each component to ensure that everything has been properly disconnected. Test the power supply with a power supply testing unit.
These are available online and from computer stores, and are not very expensive. This is typically the largest cable for the power supply. Plug the power supply back into the outlet and turn it on. Your power supply should turn on automatically and your power supply tester will light up.
Some power supply testers require you to turn on the power supply using a switch or button on the tester. Others will turn on automatically. Check the voltages. If any of the readings are outside that range, than the power supply is bad and needs to be replaced. Test the other connectors. Unplug and turn off the power supply between each test.
Test the power supply with a multimeter. Straighten a paperclip and then bend it into a "U" shape. Plug the paperclip into the green pin pin 15 and into one of the neighboring black pins. Plug the power supply back in and turn it on.
Find a pinout chart for your power supply. This will let you know which pins provide which voltages. Set your multimeter to the VBDC setting. If your multimeter does not auto-range, set the range to 10V. Connect the negative probe of the multimeter to a ground black pin on the connector. Connect the positive probe to the first pin that you want to test. Make a note of the voltage displayed. Check the voltages to make sure they fall within the tolerance threshold. If any of the voltages are outside of the tolerance range, then the power supply is defective.
Repeat the process for each of the peripheral connectors. Refer to the specific pinout charts for each connector to see which pins to test. Reassemble your computer. Ensure that all of your devices are properly plugged back in, and that all of the motherboard connectors are properly seated. Once you have finished reassembling the computer, you can try powering it on. If you are still having computer errors, or your computer will not start, move on to other troubleshooting steps.
The first place to check will be your motherboard. Luigi Oppido. The only way to know for sure is to use a power supply tester. You can make some solid guesses based on how your computer is behaving, but there's no way to know for sure without a power supply tester. It does not send information such as their brand, wattage strength, efficiency rating, and so on. So there's no program you can run to simply report that info to you.
Pre-assembled computers have their own model or serial number. This the only way to know which power supply you have without opening it. You can use this to try and see the specific parts used inside. Googling this number might reveal which power supply you have otherwise try the manufacturer's website. If it's a custom computer you can check the retail package that it came in. If you don't have it and you ordered it online then check the site you ordered it from.
If you don't know your computer's model number or your detective work came up with nothing then you will have to open it. Pre-assembled computers usually have their power supplies at the back upper end of computers. Some custom cases, usually meant for gamers, place the power supplies in the back lower end. If you don't see a sticker on the power supply you may have to remove it. Sometimes manufacturers put the sticker on the side that's not visible when you open up your computer's chassis.