Re: Intel D865GLC AA C28906-410 Recap
I might not understand your question. If not then please re-state.
Temp at caps won't affect volts at caps because the voltage is created elsewhere and applied to the caps.
Examples:
The 16v caps basically get 12v straight from PSU and it regulates.
All those 1.34v caps get it from the VRM MOSFETS which are voltage regulators and will compensate for voltage changes.
- However, as temp on the cap goes up the current through the cap will go up as in most materials electrons flow more freely [less resistance] at higher temps. How much would depend on the specific materials in the given cap and their condition. But with good caps in good condition the current change shouldn't be anything dramatic over the normal temperature range.
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Originally posted by MegaOne302
Temp at caps won't affect volts at caps because the voltage is created elsewhere and applied to the caps.
Examples:
The 16v caps basically get 12v straight from PSU and it regulates.
All those 1.34v caps get it from the VRM MOSFETS which are voltage regulators and will compensate for voltage changes.
- However, as temp on the cap goes up the current through the cap will go up as in most materials electrons flow more freely [less resistance] at higher temps. How much would depend on the specific materials in the given cap and their condition. But with good caps in good condition the current change shouldn't be anything dramatic over the normal temperature range.
.
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