The best Deer/L&C I have got so far. It has even MOV protection! There are 3 MOV, 1 in parallel to each primary cap and a big one in parallel of both! 
There is also
2 X caps
5 Y caps
2 coils
NTC thermistor
RS405 bridge rectifier
impressive heatsinks
big primary transformer good for 300W+
Too bad that the primary caps are fake 470uF caps and their real capacity is 316uF.
The primary switching transistors are 2x C4106. These are even worse than 13007.... What were they thinking??
The PWM IC is chip of the year 2003.
The output filters are complete. There are no missing coils or caps. 5V and 3.3V each use 2x2200uF but the caps got cooked from minimum load resistors. The 12V output has 1 2200uF G-Luxon capacitor.
Let's check the secondary rectifiers. The 5V rectifier is SBL3040PT, the 3.3V rectifier is only 16A (SBL1640CT), so the label is 100% lying and the 12V rectifier is UF1002F, good for just 10A.
I could try replacing the 12V rectifier with something better, recap just the bad caps and put the psu back to the computer that it was powering for more than 7 years. The customer cannot afford buying a new power supply and this one is just not worth a full recap with Japanese caps.
The computer it came out is a Pentium 4 2.66MHZ, 512MB DDR, G-Force4 MX 128MB, 80GB IDE WD, DVD-ROM, DVD-RW, PCI Lan and a Winfast TV 2000 XP.

There is also
2 X caps
5 Y caps
2 coils
NTC thermistor
RS405 bridge rectifier
impressive heatsinks
big primary transformer good for 300W+
Too bad that the primary caps are fake 470uF caps and their real capacity is 316uF.
The primary switching transistors are 2x C4106. These are even worse than 13007.... What were they thinking??
The PWM IC is chip of the year 2003.
The output filters are complete. There are no missing coils or caps. 5V and 3.3V each use 2x2200uF but the caps got cooked from minimum load resistors. The 12V output has 1 2200uF G-Luxon capacitor.
Let's check the secondary rectifiers. The 5V rectifier is SBL3040PT, the 3.3V rectifier is only 16A (SBL1640CT), so the label is 100% lying and the 12V rectifier is UF1002F, good for just 10A.
I could try replacing the 12V rectifier with something better, recap just the bad caps and put the psu back to the computer that it was powering for more than 7 years. The customer cannot afford buying a new power supply and this one is just not worth a full recap with Japanese caps.
The computer it came out is a Pentium 4 2.66MHZ, 512MB DDR, G-Force4 MX 128MB, 80GB IDE WD, DVD-ROM, DVD-RW, PCI Lan and a Winfast TV 2000 XP.
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