Differences

This shows you the differences between two versions of the page.

--- c64c_installation [2020/09/09 12:04] – [Installing BeamRacer board] silverdr
+++ c64c_installation [2020/09/09 21:48] (current) – [Commodore 64C specific installation procedure] laubzega
@@ Line 5: / Line 5: @@
 {{ :installation_c64c_c36_capacitor.jpg?direct&400 |C36 capacitor}}
-When testing this approach we found that in some boards the capacitor C36 is loaded and soldered in a way, which prevents bending it away without damaging. <fc #cd5c5c>Please DO NOT FORCE-BEND any of the components on your mainboard!</fc> If it can't be easily bent away, it needs to be re-soldered with enough play to allow it to be put horizontally over the mainboard. Seek trained technician help if you don't feel comfortable doing it yourself! We haven't yet seen a board where other components would need to be re-soldered to allow positioning them flat. Still – [[wp>YMMV]]! Having that in mind, please make sure that none of the "C36", "C37", "C77" nor "Q3" components stand in the way before proceeding. Once you are 100% sure that no components stand in the way:
+When testing this approach we found that in some boards the capacitor C36 is loaded and soldered in a way, which prevents bending it away without damaging. <fc #cd5c5c>Please DO NOT FORCE-BEND any of the components on your mainboard!</fc> If it can't be easily bent away, it needs to be re-soldered with enough slack to allow it to be put horizontally over the mainboard. Seek trained technician's help if you don't feel comfortable doing it yourself! We haven't yet seen a board where other components would need to be re-soldered to allow positioning them flat. Still – [[wp>YMMV]]! Having that in mind, please make sure that none of the "C36", "C37", "C77" nor "Q3" components stand in the way before proceeding. Once you are 100% sure that no components stand in the way:
 ===== Installing BeamRacer board =====
-  - Locate the orientation notches on both the VIC-II chip and the original socket on the mainboard((In case the orientation notch is not present on the original socket, check the white outline drawing on the board itself - it should be partially visible below the socket)). This should be at the far side, when the mainboard is placed in its normal, working orientation with connectors away from you and to the right
+  - Locate the orientation notches on both the VIC-II chip and the original socket on the mainboard((In case the orientation notch is not present on the original socket, check the white outline drawing on the board itself - it should be partially visible below the socket)). In every Commodore 64C this should be at the far side, when the mainboard is placed in its normal, working orientation with connectors away from you and to the right
   - Align orientation notches on the VIC-II/BeamRacer and the mainboard the same way
   - Double-check that all pins on the BeamRacer board are completely straight.
   - Place the BeamRacer board with its pins facing downward carefully on top of the original VIC-II socket, making sure that //every single pin// finds its way into respective original socket's opening
-  - Press the whole BeamRacer unit firmly, using two fingers, down. Be prepared to use sizeable force but stop and recheck everything (especially the underlying mainboard components!) if you feel that an excessive force is already at play. Please note that in most cases you won't be able to push the board into fully horizontal position before the BeamRacer and the "8701" integrated circuit mechanically contact each other. Do not force push any further once this is the case
+  - Press the whole BeamRacer unit firmly, using two fingers, down. Be prepared to use sizeable force but stop and recheck everything (especially the underlying mainboard components!) if you feel that an excessive force is already at play. Please note that in most cases you won't be able to push the board into fully horizontal position before the BeamRacer and the "8701" integrated circuit mechanically contact each other. Do not force push any further beyond this point
 ----