@ CryptiK
It is very easy to see that you are wrong...
Your formula is:
Vtt x 0.667 = Vtt x 0.635 + Y
Can't you see that there isn't a solution for that equation, when Y=0?
And I can set it to 0 if I want to on my board.
@ CryptiK
It is very easy to see that you are wrong...
Your formula is:
Vtt x 0.667 = Vtt x 0.635 + Y
Can't you see that there isn't a solution for that equation, when Y=0?
And I can set it to 0 if I want to on my board.
Of course there is no solution to the equation when Y = 0, but that is not the point of this. We must solve the equation for Y. What I am doing is showing you how to find the appropriate value for Y to adjust the voltage produced by 0.667 x Vtt to yield as close to the voltage produced by 0.635 x Vtt, how to adjust the voltage produced by 0.635 x Vtt to yield as close to the voltage produced by 0.667 x Vtt.Originally Posted by Cable_Tie_Guy
On your board if you put 0 for Y, you are not adjusting it at all, you have just the multiplier x Vtt, eg: 0.635 x Vtt + 0 = 0.635 x Vtt
Ci7 990X::Rampage III Extreme::12GB Corsair Dominator 1866C7GT::2 x EVGA SC Titans in SLI::Corsair AX1200::TJ07::Watercooled
Ci7 920 3849B018::Rampage II Extreme::6GB GSKILL Trident 2000C9 BBSE::EVGA GTX580::Antec Signature SG850::TJ09::Aircooled w/TRUE 120X
Posting Permissions
Reply With Quote
Bookmarks