Hello TI engineer! Use the Ethernet communication to do the purchased TMDSCNCD28388D and BOOSTXL-3PhGaNInv evaluation board to form the absolute encoder feedback for the driver! What information to use! Thank you! ! !
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Hello TI engineer! Use the Ethernet communication to do the purchased TMDSCNCD28388D and BOOSTXL-3PhGaNInv evaluation board to form the absolute encoder feedback for the driver! What information to use! Thank you! ! !
Hello,
You seem to have a control card and an inverter booster pack, that can not mate. If you intend to do ethernet communication, pls follow the examples given in the latest C2000ware release.
Pls review the user guide for details on how to use the BOOSTXL-3PhGaNInv. To work with this, you need a launch pad such as LAUNCHXL-F28379D. Pls review the details and let us know how we can help.
Thank you very much for the reply from TI engineers! Use Ethernet communication to complete the purchase of TMDSCNCD28388D + TMDSHSECDOCK and BOOSTXL-DRV8323RS evaluation board to form an absolute encoder feedback to the driver! What information will be used for miniaturization! Thank you!
The boards you mentioned do not mate with each other. The query is not clear.
What do you want to miniaturize?
Thank you very much for the reply from TI engineers! Use Ethernet communication to complete TMDSCNCD28388D + TMDSHSECDOCK and BOOSTXL-DRV 8323RS evaluation board to form an absolute encoder feedback to the driver! In order to reduce the size of the overall size! If we don't use TI's example, we can compile our own program, can this match, or which evaluation boards must be purchased to match. Thank you! ! !
Hello,
BOOSTXL-DRV 8323RS is a low voltage inverter and not a position encoder interface module. Suggest to review BOOSTXL-POSMGR. In either case, TMDSCNCD28388D + TMDSHSECDOCK will not directly connect to BOOSTXL-POSMGR. You may need to build an interface board between these to connect the relevant signals needed by boostxl. It appears that direct use of TI hardware for your use case is not possible and you may need to make an interface board as mentioned.