Hello,
A:
1. The SPI driven DICE-L6470 has also a "step clock" signal, routed to the available GPIOs, so it is possible. The DICE has to be configured in advance and can be clocked independently
or synchronized with other DICEs.
2. Indeed, the Arduion DUE would be great. I will take a look on the connectors. Thanks for your suggestion!
The DICEs have not be tested on 3.3V completely. They are planned to be compatible. For some functions, compatible logic (e.g. the 74LVC... family) is needed and it depends on the available space
on a single DICE, but we are taking account of it to be as flexible as possible.
3. We thought about a bigger fuse for the heat bed switch. At the moment the design, including the layout, is only tested up to 10A. Should be possible to attach a 15A fuse, but we have to make some
additional thermal tests. Don't want you, to burn your workshop. :-)
Best regards
--
Konrad - 2PrintBeta
A:
1. The SPI driven DICE-L6470 has also a "step clock" signal, routed to the available GPIOs, so it is possible. The DICE has to be configured in advance and can be clocked independently
or synchronized with other DICEs.
2. Indeed, the Arduion DUE would be great. I will take a look on the connectors. Thanks for your suggestion!
The DICEs have not be tested on 3.3V completely. They are planned to be compatible. For some functions, compatible logic (e.g. the 74LVC... family) is needed and it depends on the available space
on a single DICE, but we are taking account of it to be as flexible as possible.
3. We thought about a bigger fuse for the heat bed switch. At the moment the design, including the layout, is only tested up to 10A. Should be possible to attach a 15A fuse, but we have to make some
additional thermal tests. Don't want you, to burn your workshop. :-)
Best regards
--
Konrad - 2PrintBeta