Corsair CX500: Difference between revisions

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Revision as of 18:07, 10 February 2022

This device is in the WorkNeeded:OriginalParts category because it was flagged as missing information on the original parts. It may have replacement parts listed but those cannot be assumed to be identical to the originals. If you have a list of the original parts, please feel free to add them by copying the relevant table from EditorsToolbox:Tables
This device is in the WorkNeeded:ReplacementParts category because it was flagged as missing information on replacement parts. If it has the original parts listed you may be able to search for replacements using the parametric searches available from parts distributors. If you have or make a list of replacement parts, please feel free to add them by copying the relevant table from EditorsToolbox:Tables
Corsair CX500
Preliminary Information
Release Year ~2013
Leak Risk Low
Mounting Technology Through Hole, SMD
Capacitor Types Aluminum Electrolytic, Ceramic
Destructive Entry No

The Corsair CX500 is one of the budget model PSU's. It's very similar to the CX450 and CX600 and its modular counterpart CX500M.


This PSU used CapXom brand capacitors, so they might fail quicker than usual.

Known Issues

Cause

After several years of use, the computer will sometimes not turn on. In-particular the the 'Power Good' signal will not work even though it's outputting all the voltage rails correctly.

Solution

  • Change/Modify a single resistor. This is not a capacitor issue


Original Parts

Located on the back of the PCB, near the middle.

RefDes Qty Capacitance Mount Size Brand
R45 1 22K SMD 0805 Unknown

Replacement Parts

Resistor
RefDes Qty Compatible Part Number Distributor Links

[ Preferred / Search ]

Digikey Mouser Farnell
R45 1 15K Part 🔎 Part 🔎 Part 🔎

Generally speaking you do not need to buy a resistor. Most SMD's can be obtained from an old circuit board. If you can not find a 15K you can use a slightly higher value.

Alternatively you can parallel up a resistor on top of the existing resistor. E.G use a value from 47K to 100K and solder it directly on top. Providing Pin 1 of the power monitoring IC is about 2.5v. (as long as it is above the 1.3v it currently is)

Related Media

Additional Images

References

PS229 Power Monitor IC