F5F Stay Refreshed Hardware Desktop Details on Fujitsu ProADLIER connectors for Rampage Extreme II plus a few thoughts on motherboard reviews

Details on Fujitsu ProADLIER connectors for Rampage Extreme II plus a few thoughts on motherboard reviews

Details on Fujitsu ProADLIER connectors for Rampage Extreme II plus a few thoughts on motherboard reviews

B
bramlight
Junior Member
Find
19
04-28-2016, 10:26 AM
#1
I found a video discussing Rampage Extreme Fujitsu proadlizer caps replacement. It seems those caps don’t last long, which explains why they’re often swapped out. I own an Rampage II Extreme board that I’m about to rebuild soon. Both my boards use Fujitsu proadlizer caps, so here are some questions: - Are these caps the same revision as those used on the original Rampage Extreme? Should I use a different type of cap instead of MLCC, or must they be MLCC just like the video suggests? - Do you know the full specifications for the standard Fujitsu 270µF 16V and 560µF 6.3V capacitors they’re using? Also, since I’m new to board rebuilding, please advise: if I switch to caps from another manufacturer, do the requirements match completely—capacitance, voltage, temperature rating, and hours of operation—or can I increase the voltage slightly (for example, 270µF 25V and 560µF 10V) as long as the max specs remain consistent? - Can someone clarify whether matching temp, voltage, and endurance are essential, or if flexibility in values is acceptable? Added these points on January 16, 2023 by KeradSnake.
Reply
Reply
B
bramlight
04-28-2016, 10:26 AM #1

I found a video discussing Rampage Extreme Fujitsu proadlizer caps replacement. It seems those caps don’t last long, which explains why they’re often swapped out. I own an Rampage II Extreme board that I’m about to rebuild soon. Both my boards use Fujitsu proadlizer caps, so here are some questions: - Are these caps the same revision as those used on the original Rampage Extreme? Should I use a different type of cap instead of MLCC, or must they be MLCC just like the video suggests? - Do you know the full specifications for the standard Fujitsu 270µF 16V and 560µF 6.3V capacitors they’re using? Also, since I’m new to board rebuilding, please advise: if I switch to caps from another manufacturer, do the requirements match completely—capacitance, voltage, temperature rating, and hours of operation—or can I increase the voltage slightly (for example, 270µF 25V and 560µF 10V) as long as the max specs remain consistent? - Can someone clarify whether matching temp, voltage, and endurance are essential, or if flexibility in values is acceptable? Added these points on January 16, 2023 by KeradSnake.

Reply
Reply
A
ADIR_4444
Senior Member
Find
417
05-03-2016, 05:06 PM
#2
I've never encountered this problem before. The question is, if the board still functions, why should I care? Even if a few capacitors fail, unless you order custom parts, you won't reach their full potential. Still, you must match the same farad and volt specifications. In theory, you could increase capacity, but I wouldn't do that with microelectronics. I don't repair motherboards; I work with Japanese-made Panasonic capacitors on other devices. They tend to last longer and usually have a temperature rating of 125°C. For the process, you'll need a soldering iron—ideally one that lets you control the heat. You'll melt the original solder from the bottom, then use a suction tool to remove it. Clean the remaining areas with a wick, then place the new caps through the holes. At this stage, add some lead-based solder (not lead-free) to secure the wires before melting them together. Trim the excess wires, and you're ready to go. It's best to purchase these capacitors in bulk, keeping extra on hand just in case mistakes happen.
Reply
Reply
A
ADIR_4444
05-03-2016, 05:06 PM #2

I've never encountered this problem before. The question is, if the board still functions, why should I care? Even if a few capacitors fail, unless you order custom parts, you won't reach their full potential. Still, you must match the same farad and volt specifications. In theory, you could increase capacity, but I wouldn't do that with microelectronics. I don't repair motherboards; I work with Japanese-made Panasonic capacitors on other devices. They tend to last longer and usually have a temperature rating of 125°C. For the process, you'll need a soldering iron—ideally one that lets you control the heat. You'll melt the original solder from the bottom, then use a suction tool to remove it. Clean the remaining areas with a wick, then place the new caps through the holes. At this stage, add some lead-based solder (not lead-free) to secure the wires before melting them together. Trim the excess wires, and you're ready to go. It's best to purchase these capacitors in bulk, keeping extra on hand just in case mistakes happen.

Reply
Reply