X60 Fuselist
Posted: Thu Mar 18, 2010 5:47 pm
IBM/Lenovo X60 Fuselist made by Twisted Mind + tcone:
In Numeric Order:
Fx: Type: Provider: Mark: Schurter Order Nr.: Values:
F1 FUSE-D5A32V-5-GP Littelfuse 467 Series Schurter USF 0603 F 3412.0113.xx 0.5A/32V
F2 FUSE-2A32V-6-GP Littelfuse 467 Series Schurter USF 0603 N 3412.0119.xx 2A/32V
F3 FUSE-3A32V-7-GP Littelfuse 467 Series Schurter USF 0603 P 3412.0121.xx 3A/32V
F4 FUSE-D5A32V-5-GP Littelfuse 467 Series Schurter USF 0603 F 3412.0113.xx 0.5A/32V
F5 FUSE-2A32V-6-GP Littelfuse 467 Series Schurter USF 0603 N 3412.0119.xx 2A/32V
F6 FUSE-1D5A6V-2 0.5A/6V
F7 FUSE-10A125V Littelfuse HF 451/453 Series LF10A? 10A/125V
F8 FUSE-10A125V Littelfuse HF 451/453 Series LF10A? 10A/125V
F9 SMD1812P075G G 0.75A/33V
F10 R451007 Littelfuse HF 451/453 Series 7A/125V
F11 FUSE-1A32V Littelfuse 467 Series Schurter USF 0603 H 3412.0115.xx 1A/32V
F12 FUSE-D5A32V-5GP Littelfuse 467 Series Schurter USF 0603 F 3412.0113.xx 0.5A/32V
F13 FUSE-D5A32V-5GP Littelfuse 467 Series Schurter USF 0603 F 3412.0113.xx 0.5A/32V
F14 FUSE-D5A32V-5GP Littelfuse 467 Series Schurter USF 0603 F 3412.0113.xx 0.5A/32V
F15 FUSE-1D5A6V-2 0.5A/6V
Sorted by Features:
LCD Inverter:
F3 FUSE-3A32V-7-GP
F4 FUSE-D5A32V-5-GP
F5 FUSE-2A32V-6-GP
GBE Magnetics:
F1 FUSE-D5A32V-5-GP
MDC Conn:
F15 FUSE-1D5A6V-2
Fingerprint:
F6 FUSE-1D5A6V-2
Keyboard Connector:
F11 FUSE-1A32V
Fan Control:
F2 FUSE-2A32V-6-GP
DC-In and Charger:
F10 R451007
F12 FUSE-D5A32V-5GP
F13 FUSE-D5A32V-5GP
F14 FUSE-D5A32V-5GP
Batterie:
F7 FUSE-10A125V
F8 FUSE-10A125V
EXT CRT Interface:
F9 SMD1812P075G
The list I have created from the circuit diagram in July 22'05. I make no claim to completeness and accuracy of the statements made here!
As you can see from the photos, linked below, of the system boards of tcone, here again the theory differs from the practice!
http://img8.abload.de/img/x60_fusesoupd.jpg
The fuses can be easily tested with a multimeter.
If the resistance is bigger than those I linked PDF is specified or infinitely large, the fuse is defective.
Solder a new fuse, if one does not have as much experience the best piggy back on the old fuse.
This prevents excessive thermal loads on the system boards when soldering!
And in any case, you should use solder with Lead. Lead-free solder is really stupid to ...
I wish you much fun with it ...
Feedback and look forward to many successful repairs.
Klaus
In Numeric Order:
Fx: Type: Provider: Mark: Schurter Order Nr.: Values:
F1 FUSE-D5A32V-5-GP Littelfuse 467 Series Schurter USF 0603 F 3412.0113.xx 0.5A/32V
F2 FUSE-2A32V-6-GP Littelfuse 467 Series Schurter USF 0603 N 3412.0119.xx 2A/32V
F3 FUSE-3A32V-7-GP Littelfuse 467 Series Schurter USF 0603 P 3412.0121.xx 3A/32V
F4 FUSE-D5A32V-5-GP Littelfuse 467 Series Schurter USF 0603 F 3412.0113.xx 0.5A/32V
F5 FUSE-2A32V-6-GP Littelfuse 467 Series Schurter USF 0603 N 3412.0119.xx 2A/32V
F6 FUSE-1D5A6V-2 0.5A/6V
F7 FUSE-10A125V Littelfuse HF 451/453 Series LF10A? 10A/125V
F8 FUSE-10A125V Littelfuse HF 451/453 Series LF10A? 10A/125V
F9 SMD1812P075G G 0.75A/33V
F10 R451007 Littelfuse HF 451/453 Series 7A/125V
F11 FUSE-1A32V Littelfuse 467 Series Schurter USF 0603 H 3412.0115.xx 1A/32V
F12 FUSE-D5A32V-5GP Littelfuse 467 Series Schurter USF 0603 F 3412.0113.xx 0.5A/32V
F13 FUSE-D5A32V-5GP Littelfuse 467 Series Schurter USF 0603 F 3412.0113.xx 0.5A/32V
F14 FUSE-D5A32V-5GP Littelfuse 467 Series Schurter USF 0603 F 3412.0113.xx 0.5A/32V
F15 FUSE-1D5A6V-2 0.5A/6V
Sorted by Features:
LCD Inverter:
F3 FUSE-3A32V-7-GP
F4 FUSE-D5A32V-5-GP
F5 FUSE-2A32V-6-GP
GBE Magnetics:
F1 FUSE-D5A32V-5-GP
MDC Conn:
F15 FUSE-1D5A6V-2
Fingerprint:
F6 FUSE-1D5A6V-2
Keyboard Connector:
F11 FUSE-1A32V
Fan Control:
F2 FUSE-2A32V-6-GP
DC-In and Charger:
F10 R451007
F12 FUSE-D5A32V-5GP
F13 FUSE-D5A32V-5GP
F14 FUSE-D5A32V-5GP
Batterie:
F7 FUSE-10A125V
F8 FUSE-10A125V
EXT CRT Interface:
F9 SMD1812P075G
The list I have created from the circuit diagram in July 22'05. I make no claim to completeness and accuracy of the statements made here!
As you can see from the photos, linked below, of the system boards of tcone, here again the theory differs from the practice!
http://img8.abload.de/img/x60_fusesoupd.jpg
The fuses can be easily tested with a multimeter.
If the resistance is bigger than those I linked PDF is specified or infinitely large, the fuse is defective.
Solder a new fuse, if one does not have as much experience the best piggy back on the old fuse.
This prevents excessive thermal loads on the system boards when soldering!
And in any case, you should use solder with Lead. Lead-free solder is really stupid to ...
I wish you much fun with it ...
Feedback and look forward to many successful repairs.
Klaus