IBM 5160 PSU 240V: Difference between revisions

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!Series
!Series
|-
|-
|C1 Inrush Limiter sub-board
|1
|100 µF
|25V
|Through hole (radial)
|
|
|
|
|0 µF
|
|
|105C
|Electrolytic
|
|
|
|
|-
|C2 Inrush Limiter sub-board
|1
|3.3µF
|25V
|Through hole (radial)
|
|
|
|
|0 °C
|
|
|105C
|Electrolytic
|
|
|
|
|-
|C2, C3 Overcurrent sub-board
|2
|1 µF
|50V
|Through hole (radial)
|
|
|
|105C
|Electrolytic
|
|
|-
|C3001 Voltage Limiter sub-board
|1
|47 µF
|16V
|Through hole (radial)
|
|
|
|105C
|Electrolytic
|
|
|-
|C10, C29
|2
|10 µF
|16V
|Through hole (radial)
|
|
|
|105C
|Electrolytic
|
|
|-
|C16, C17
|2
|10 µF
|25V
|Through hole (radial)
|
|
|
|105C
|Electrolytic
|
|
|-
|C27
|1
|22 µF
|16V
|Through hole (radial)
|
|
|
|105C
|Electrolytic
|
|
|-
|C5, C6
|2
|330 µF
|16V
|Through hole (radial)
|
|
|
|105C
|Electrolytic
|
|
|-
|C21
|1
|470 µF
|25V
|Through hole (radial)
|
|
|
|105C
|Electrolytic
|Nichicon
|
|-
|C14, C15
|2
|470 µF
|200V
|Through hole (radial, snap)
|
|
|
|85C
|Electrolytic
|
|
|-
|C9
|1
|1000 µF
|25V
|Through hole (radial)
|
|
|
|105C
|Electrolytic
|
|
|-
|C7, C8
|2
|2200 µF
|10V
|Through hole (radial)
|
|
|
|105C
|Electrolytic
|
|
|-
|C11
|1
|4700 µF
|16V
|Through hole (radial)
|
|
|
|105C
|Electrolytic
|Macron
|CE-US
|}
|}



Revision as of 06:12, 13 May 2024

For more information, see this article's corresponding Wikipedia page: Device.

Released as the IBM Personal Computer XT, or PC/XT, the 5160 is based around Intel's 8088 processor featuring 8-bit ISA slots for expansion cards. It came with one 5.25" floppy drive, and one 5.25" full height HDD most commonly 10MB. The PC/XT used a 130W power supply.


Preliminary Information
Leak Risk Low
Batteries None
Destructive Entry No


Known Issues

No Power

Causes

  • Power supply will not turn on

Solutions

  • Power supply must have a load on it to activate
  • Recap

Disassembly Notes

The top shell must be tiled up when pulled all the way forward to release.

Watch out for the speaker on the left side when sliding the shell

The top rear screw tab may catch on the PSU and cable (lift rear when sliding avoid)

PSU slides into tabs in bottom shell

When connecting the PSU back to the system the mother board power connectors should have the black wires next to each other.

The PSU case has security screws in addition to the standard hex/flat screws

Once the PSU is opened, there are four screws that need to be removed to fully access the main board, in addition to an earth wire and connector from the input board

There are three sub-boards attached to the main PSU board that generally do not need to be removed to access all the caps

Original Parts

Basic PCB Name

Capacitor Specifications and Footprint Information
RefDes Qty Capacitance Voltage Mount Diameter/Size Height Lead Spacing Temp Type Brand Series
C1 Inrush Limiter sub-board 1 100 µF 25V Through hole (radial) 105C Electrolytic
C2 Inrush Limiter sub-board 1 3.3µF 25V Through hole (radial) 105C Electrolytic
C2, C3 Overcurrent sub-board 2 1 µF 50V Through hole (radial) 105C Electrolytic
C3001 Voltage Limiter sub-board 1 47 µF 16V Through hole (radial) 105C Electrolytic
C10, C29 2 10 µF 16V Through hole (radial) 105C Electrolytic
C16, C17 2 10 µF 25V Through hole (radial) 105C Electrolytic
C27 1 22 µF 16V Through hole (radial) 105C Electrolytic
C5, C6 2 330 µF 16V Through hole (radial) 105C Electrolytic
C21 1 470 µF 25V Through hole (radial) 105C Electrolytic Nichicon
C14, C15 2 470 µF 200V Through hole (radial, snap) 85C Electrolytic
C9 1 1000 µF 25V Through hole (radial) 105C Electrolytic
C7, C8 2 2200 µF 10V Through hole (radial) 105C Electrolytic
C11 1 4700 µF 16V Through hole (radial) 105C Electrolytic Macron CE-US

Replacement Parts

Basic PCB Name

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.

Related Links

See https://minuszerodegrees.net/5160/psu/5160_psu.htm for additional information

See https://minuszerodegrees.net/5150_5160/MDC/minimum_diag_config.htm for how to confirm faulty PSU

References