IBM ThinkVision L150: Difference between revisions

From Caps Wiki
Jump to navigation Jump to search
No edit summary
mNo edit summary
Line 53: Line 53:
|22 µF
|22 µF
|50
|50
|'''99''' ('''120KHz''') '''180 (100KHz)'''
|99 (120KHz) 180 (100KHz)
|700
|700
|5000 h
|5000 h
Line 69: Line 69:
|1 µF
|1 µF
|50
|50
|'''17''' ('''120KHz''') '''30 (100KHz)'''
|17 (120KHz) 30 (100KHz)
|4000
|4000
|5000 h
|5000 h
Line 85: Line 85:
|10 µF
|10 µF
|50
|50
|'''55''' ('''120KHz''') '''100 (100KHz)'''
|55 (120KHz) 100 (100KHz)
|1500
|1500
|5000 h
|5000 h
Line 101: Line 101:
|2.2 µF
|2.2 µF
|50
|50
|'''30''' ('''120KHz''') '''43 (100KHz)'''
|30 (120KHz) 43 (100KHz)
|2500
|2500
|5000 h
|5000 h
Line 117: Line 117:
|47 µF
|47 µF
|25
|25
|'''147''' ('''120KHz''') '''210 (100KHz)'''
|147 (120KHz) 210 (100KHz)
|580
|580
|5000 h
|5000 h
Line 133: Line 133:
|100 µF
|100 µF
|400
|400
|'''580''' ('''120KHz''') '''928 (100KHz)'''
|580 (120KHz) 928 (100KHz)
| -
| -
|5000 h
|5000 h
Line 149: Line 149:
|10 µF
|10 µF
|25
|25
|'''54''' ('''120KHz''') '''180 (100KHz)'''
|54 (120KHz) 180 (100KHz)
|600
|600
|2000 h
|2000 h
Line 165: Line 165:
|1000 µF
|1000 µF
|25
|25
|'''1245''' ('''120KHz''') '''1660 (100KHz)'''
|1245 (120KHz) 1660 (100KHz)
|38
|38
|7000 h
|7000 h
Line 181: Line 181:
|1000 µF
|1000 µF
|16
|16
|'''1365''' ('''120KHz''') '''1820 (100KHz)'''
|1365 (120KHz) 1820 (100KHz)
|23
|23
|4000 h
|4000 h

Revision as of 19:17, 19 November 2023

For more information, see this article's corresponding Wikipedia page: Device.
IBM ThinkVision L150 Model 6636-AB2
Preliminary Information
Release Year 2003
Leak Risk Low
Batteries None
Mounting Technology Through Hole, SMD, Sockets
Capacitor Types Aluminum Electrolytic, Tantalum, Ceramic, Film
Destructive Entry No

15" 1024x768 75Hz 35ms TN-CCFL Computer Monitor with VGA. Internal power supply.

Model 6636-AB2

Known Issues

precaution recap

Causes

  • even Nichicon caps from that era leaked in other devices, like the og Xbox or PS2 PSU's.

Solutions

  • recap

Disassembly Notes

short display panel cable

Original Parts

Backlight Inverter Power Supply Board

B6832138500-01 PTB-1385

Capacitor Specifications and Footprint Information
RefDes Qty Capacitance Voltage Ripple mA rms ESR mΩ Lifetime Mount Diameter/Size Height Lead Spacing Temp Type Brand Series
C102 1 22 µF 50 99 (120KHz) 180 (100KHz) 700 5000 h Thru Hole 5 mm 11 mm 2 mm 105 °C Electrolytic Nichicon HE
C103 1 1 µF 50 17 (120KHz) 30 (100KHz) 4000 5000 h Thru Hole 5 mm 11 mm 2 mm 105 °C Electrolytic Nichicon HE
C105, C184 2 10 µF 50 55 (120KHz) 100 (100KHz) 1500 5000 h Thru Hole 5 mm 11 mm 2 mm 105 °C Electrolytic Nichicon HE
C114 1 2.2 µF 50 30 (120KHz) 43 (100KHz) 2500 5000 h Thru Hole 5 mm 11 mm 2 mm 105 °C Electrolytic Nichicon HE
C807 1 47 µF 25 147 (120KHz) 210 (100KHz) 580 5000 h Thru Hole 5 mm 11 mm 2 mm 105 °C Electrolytic Nichicon HE
C805 1 100 µF 400 580 (120KHz) 928 (100KHz) - 5000 h Thru Hole 18 mm 31.5 mm 7.5 mm 105 °C Electrolytic Nichicon PT
C831 1 10 µF 25 54 (120KHz) 180 (100KHz) 600 2000 h Thru Hole 5 mm 11 mm 2 mm 105 °C Electrolytic Nichicon PW
C817, C818 2 1000 µF 25 1245 (120KHz) 1660 (100KHz) 38 7000 h Thru Hole 12.5 mm 20 mm 5 mm 105 °C Electrolytic Nichicon PW
C822, C824 2 1000 µF 16 1365 (120KHz) 1820 (100KHz) 23 4000 h Thru Hole 10 mm 20 mm 5 mm 105 °C Electrolytic Nichicon HD
C801 1 0.33 µF 250/275 - - - Thru Hole 18x10 mm 18 mm 15 mm 110 °C Safety PP Film HJC MKP-X2
C802 1 0.1 µF 250/275 - - - Thru Hole 18x5 mm 11 mm 15 mm 110 °C Safety PP Film HJC MKP-X2

Video Logic Board

6832141900-01 PTB-1419


Capacitor Specifications and Footprint Information
RefDes Qty Capacitance Voltage Mount Diameter/Size Height Lead Spacing Temp Type Brand Series
0 µF 0 °C

Replacement Parts

Backlight Inverter Power Supply Board

Component height is limited to 22 mm due to the metal case.

Capacitors
RefDes Qty Compatible Part Number Order Links
Digikey

Video Logic Board

Component height is limited to 15 mm due to the metal case.

Capacitors
RefDes Qty Compatible Part Number Order Links
Digikey


If parts are not available or different selection is preferred, you can use the values in the Original Parts section to perform a parametric search.

Kits

Additional Information

References