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mycnc:closed_loop_configuration [2018/10/09 13:17] skirillovmycnc:closed_loop_configuration [2018/10/09 14:02] skirillov
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 For Analogue closed loop system this ratio should be "1"</code> For Analogue closed loop system this ratio should be "1"</code>
  
-  * Adjust DAC offset ratio to get "0V" value on DAC output for each channel. Theoretical value DAC value for 0V is "2048". A real value may vary +/-5%. \\ {{mycnc:closed-loop:mycnc-closed-loop-003.png}}+  * Adjust DAC offset ratio to get "0V" value on DAC output for each channel. Theoretical DAC value for 0V is the middle os 12bits range \\ 4096/2=**2048**\\ A real value may vary +/-5%. \\ {{mycnc:closed-loop:mycnc-closed-loop-003.png}}
   * Fill Encoder channel for each PID (Motor#). \\ {{mycnc:closed-loop:mycnc-closed-loop-004.png}}    * Fill Encoder channel for each PID (Motor#). \\ {{mycnc:closed-loop:mycnc-closed-loop-004.png}} 
   * To test selected channel, check "Enable" checkbox for the channel and enter initial value of "50" for Proportional P-ratio of PID controller. Press "Enter" to save the changes. We test PID#5 (motor channel #5) on the screenshot below. \\ {{mycnc:closed-loop:mycnc-closed-loop-005.png}}    * To test selected channel, check "Enable" checkbox for the channel and enter initial value of "50" for Proportional P-ratio of PID controller. Press "Enter" to save the changes. We test PID#5 (motor channel #5) on the screenshot below. \\ {{mycnc:closed-loop:mycnc-closed-loop-005.png}} 
mycnc/closed_loop_configuration.txt · Last modified: 2019/11/05 08:54 by ivan

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