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docs/Assignments/extra_research/FR-1-traces.md

@@ -19,6 +19,12 @@ the power. So I grabbed an old robot with 4 stepper motors attached but I could
 | 1mm               | 1,85Ω      | ??                   | ??               |
 |                   |            |                      |                  |
 
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+ *  The 0,4 mm trace was the first one I tested. I started with 15 watts and it was stable at 23.8 degrees. After that I increased the wattage to 20 watts and the trace instantly exploded and burned so I could not get temperature readings there. 
+ * The 0,6 mm trace it held up well up to 27 watts where it started getting burn marks within a 5-10 seconds. The temperature rose to 45 degrees celsius. At 29 watts the pcb burned out at 68 degrees celsius.
+ *  When testing the 0,8 mm trace I hit a roof with how much power I could consume with the robot. I could only get up to 30 watts and I did not manage to break the trace. The maximum I found before it started discoloring was 24 watts at 54 degrees celsius. This was measured after it was left on for 2 minutes.  
+ * I could not get to the 1mm trace because the robot could not draw more than 30 watts. So thats why these are not filled in the table.
+
 ## Recommendations for next time
 Make bigger pads to hookup the power easier to the pcb.
 ![alt text](image.jpg)