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Updated BlueSCSI 1.1 Desktop Assembly (markdown)

mac84tv 2022-06-26 16:22:45 -04:00
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commit 45cd970ae1
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BlueSCSI-1.1-Desktop-Assembly.md

@ -14,8 +14,8 @@ Verify you have all the components
* MicroSD Socket
* Berg connector
* 2x 2 pin headers with jumpers
* 2x 2 pin headers for LEDs(optional)
* 2x resistors for LEDs(optional)
* 2x 2 pin headers for LEDs (optional)
* 2x resistors for LEDs (optional)
* 3d printed bracket
# Videos
@ -26,11 +26,11 @@ None yet
1. Solder the surface mount SD Card holder onto the board. Use the [Drag Solder](https://www.youtube.com/watch?v=Z_KL4fWOMug) technique
* Once on, check continuity of all connections. Fixing this after the BluePill is on will be difficult.
* Ensure the SD card fits and you dont have too much solder on the sides or contacts - if you do, you can use solder wick to clean some off
* Ensure the SD card fits and you don't have too much solder on the sides or contacts - if you do, you can use solder wick to clean some off
![image](https://user-images.githubusercontent.com/79212210/175832184-738990a1-34e6-4f76-82f6-09cb0e95c3d0.png)
2. Solder the 2 diode to the board, ensure it is as flush with the PCB as possible. Trim the excess legs
2. Solder the 2 diodes to the board, ensure it is as flush with the PCB as possible. Match the stripe orientation with the silk screen printing on the PCB. Trim the excess legs.
![image](https://user-images.githubusercontent.com/79212210/175832192-10989cdc-df03-4408-8c1c-077af8715c10.png)
@ -42,7 +42,7 @@ None yet
![image](https://user-images.githubusercontent.com/79212210/175832203-5ca3e760-d638-4781-9349-8f3e1cf9b771.png)
4. Solder on the Termination Jumpers & place the jumpers on to enable Termination
5. Solder on the berg connector. Only needed if your machine does not supply enough power via the SCSI bus, but recommended to solder on if you have the connector
5. Solder on the berg connector. This is only needed if your machine does not supply enough power via the SCSI bus, but it is recommended to solder it on if you have the connector.
![image](https://user-images.githubusercontent.com/79212210/175832221-db1d8c9b-1019-4ac9-862c-9eab265947c4.png)
@ -51,21 +51,22 @@ None yet
![image](https://user-images.githubusercontent.com/79212210/175832288-f1b9e1eb-260b-41df-9e3a-1e92a3523088.png)
7. Optional - solder on resistors for the LED for both power and activity.
7. Optional - solder on the two resistors for the LED (for both power and activity).
* Note, resistors may be a tight fit if you use a resistor greater then 1/8w size. Bend leg under the resistor if needed.
* Note, resistors have no polarity so can't be installed backwards - if you put them both the same way it looks a bit neater.
8. Optional - Solder on 2 pin headers for the LED
* Careful not to burn yourself. You can use the termination jumpers to hold the header in place while soldering. Just make sure to not leave them on the LED pins!
9. Solder the header pins on to the BluePill. Then BluePill pill to the BlueSCSI PCB.
* Correct orientation is having the USB connector of the BluePill facing AWAY from the SD holder.
8. Optional - Solder on 2 pin headers for the LED
* Careful not to burn yourself! You can **temporarily** use the termination jumpers to hold the header in place while soldering to avoid touching the hot pins of the headers. Be sure to **remove the jumpers** from the LED header pins afterwards!
9. Solder the header pins on to the BluePill. Then solder the BluePill pill to the BlueSCSI PCB.
* Correct orientation is having the USB connector of the BluePill facing **AWAY** from the SD holder.
* **NOTE:** Consider adding headers to the board if you would like to have the BluePill removable.
![image](https://user-images.githubusercontent.com/79212210/175832300-a9e7368d-b478-4b2a-a02f-cff21ec4d39d.png)
10. Place the BlueSCSI in the case
10. Place the BlueSCSI in the case.
11. [Configure it](https://github.com/erichelgeson/BlueSCSI/wiki/Usage)
12. Test it! Plug it into your favorite Mac, run a benchmark with SCSI Director Pro, play some Lemmings, write a document in ClarisWorks, enjoy!