1 ACCEPTED SOLUTION
Accepted Solutions
Hello Creative_Stone,
In your case, Three Shunts Raw Currents (Internal OPAMPs) Single Ended Internal Gain, all three used pins for current sensing must lead to OPAMPs and COMP. The latter is missing on PB12 which is used for CURRENT_WP. However, there is another requirement that will not be shown by the ConnectAlgo if not respected : only dual OPAMP configurations are supported for that HW variant. Moreover, the only available pairs are OPAMP1 + OPAMP2, and OPAMP3 + OPAMP4, both of them with the V phase used for OPAMP sharing.
This means for example that PinU should have access to OPAMPA, PinW to OPAMPB, and PinV to both OPAMPA and OPAMPB. A good graphical example can be found on EVSPIN32G4 :
We apologise for the confusion and we will try to give better feedback to the user whenever a wrong configuration is asked for.
Hello Creative_Stone,
In your case, Three Shunts Raw Currents (Internal OPAMPs) Single Ended Internal Gain, all three used pins for current sensing must lead to OPAMPs and COMP. The latter is missing on PB12 which is used for CURRENT_WP. However, there is another requirement that will not be shown by the ConnectAlgo if not respected : only dual OPAMP configurations are supported for that HW variant. Moreover, the only available pairs are OPAMP1 + OPAMP2, and OPAMP3 + OPAMP4, both of them with the V phase used for OPAMP sharing.
This means for example that PinU should have access to OPAMPA, PinW to OPAMPB, and PinV to both OPAMPA and OPAMPB. A good graphical example can be found on EVSPIN32G4 :
We apologise for the confusion and we will try to give better feedback to the user whenever a wrong configuration is asked for.
Hi Gael A,
Many thanks for your useful infomation, now i use OPAMP3 and OPAMP4 , successfully created project.
