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How to test a suspicious PSU (A video PSA from Fona)

  1. #41
    Originally posted by Jiggaboo_Johnson

    Did you miss the part where I said you distribute the load over each rail?

    uh huh


    Originally posted by Jiggaboo_Johnson Multiple-rail designs ***allocate*** the total available amperage across two or more “rails.”

    well if the psu is capable of self-distributing the total amperage across 2 or more rails then wouldnt that make me trying to distribute the loads evenly among each rail redundant ?
  2. #42
    Lol wow you're retarded
  3. #43
    Originally posted by Jiggaboo_Johnson

    non sequitur.

    I clearly gave a Logical answer..the math…and an empirical answer..the photo of a computer

    "rather than theory or pure logic"



    now it seems like you also dont understand "rather", "than", and "or".
  4. #44
    Originally posted by vindicktive vinny uh huh




    well if the psu is capable of self-distributing the total amperage across 2 or more rails then wouldnt that make me trying to distribute the loads evenly among each rail redundant ?

    No...as an Asian you should understand how electrical circuits work...if you share a single load on multiple circuits those circuits can be built with less load bearing materials...1oz copper traces instead of 2oz traces etc.

    ETA:

    Your home for example...you might have 1 100A line coming into the home which is then split into multiple 20A circuits...you can still load your home upto 100A...as that's the main line coming in...THAT'S how the PC PSU works too.
  5. #45
    Originally posted by vindicktive vinny "rather than theory or pure logic"



    now it seems like you also dont understand "rather", "than", and "or".

    "It seems"...

    That's because of your limited understanding when it comes to language nuances etc.
  6. #46
    Originally posted by Jiggaboo_Johnson No…as an Asian you should understand how electrical circuits work…if you share a single load on multiple circuits those circuits can be built with less load bearing materials…1oz copper traces instead of 2oz traces etc.

    ETA:

    Your home for example…you might have 1 100A line coming into the home which is then split into multiple 20A circuits…you can still load your home upto 100A…as that's the main line coming in…THAT'S how the PC PSU works too.

    not if i have 3phase 100A power lines.
  7. #47
    Originally posted by vindicktive vinny not if i have 3phase 100A power lines.

    Then your load is distributed over 300A...duh.
  8. #48
    Meikai Heck This Schlong
    Originally posted by vindicktive vinny the 12v line will just blow the bulb right away faster than you blow scrony.

    i'll fully admit i'm like really dumb but like uhhhhh you know the socket that your standard 60w incandescent filament lightbulb gets screwed into is running 120v right? underpowering an incandescent bulb would make it last longer if anything... neh?
  9. #49
    Originally posted by Jiggaboo_Johnson Then your load is distributed over 300A…duh.

    exactly. thats whats happening inside a psu.

    a british psu will be getting a supply of manly 240v @ 13a, which translates into like 3120w, five times more than what a psu outputs in its entirely.

    the thing your missing is that PSUs are step down transformers, and theyre outputting less than what their inputs are. and because of that the maximum load on one rail doesnt amd will not be equal to the max load of their inputs

    a modern psu will have up to 4 rails of 12v30a, which means it can produce up to 1400w in total. just because you load up one of the rail with 100% load doesnt mean youve utilized the psu's full load capacity.
  10. #50
    Originally posted by Meikai i'll fully admit i'm like really dumb but like uhhhhh you know the socket that your standard 60w incandescent filament lightbulb gets screwed into is running 120v right? underpowering an incandescent bulb would make it last longer if anything… neh?

    o, i thot you meant 9volt 60w bulbs.
  11. #51
    Originally posted by vindicktive vinny exactly. thats whats happening inside a psu.

    ??

    Yes it's distributing it's TOTAL load...

    ...SO IF IT'S 600W AND YOU LOAD IT TO 540W YOU ARE LOADING IT TO 90%....

    My god...
  12. #52
    Originally posted by Jiggaboo_Johnson ??

    Yes it's distributing it's TOTAL load…

    …SO IF IT'S 600W AND YOU LOAD IT TO 540W YOU ARE LOADING IT TO 90%….

    My god…

    no. max load of a single 12v30a line is only 360w, almost half of a psu's capacity.
  13. #53
    Originally posted by vindicktive vinny no. max load of a single 12v30a line is only 360w, almost half of a psu's capacity.

    As you noted..there is more than one rail...

    The mobo, gfx card, hard drive, ram, etc...pull from multiple rails...stick 2 graphics cards in if you like for 400W draw goodness.

    Give it up Asian, you're out witted and out shitted.
  14. #54
    Originally posted by Jiggaboo_Johnson As you noted..there is more than one rail…

    yeas, and the loads arent distributed between these independent rails.



    The mobo, gfx card, hard drive, ram, etc…pull from multiple rails…stick 2 graphics cards in if you like for 400W draw goodness.

    Give it up Asian, you're out witted and out shitted.

    errr, im sure the rams are pulling from the same rail that goes in into the mobo.

    also a basic graphic card isnt going to work as hard as a gayming graohic card.

    or an ssd as hard as liquid state drives.
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