by klapauzius (Posted Sun, 08 Sep 2013 21:24:04 GMT)
I have not seen anything bad happen in the examples for the DUE.
Tested the timer period and it was stable, no issues with the regular ADC at low sampling rates (i.e. @10 kHz) and haven't seen any problems with the serialUSB IO.
My experience with the old Arduinos is that they run stable for months.
Here we have an application that needs to run for a couple of hours maybe?
I understand that with the power involved, faults can have consequences, but my understanding is that the rest of the hardware, especially the LEAF itself is also fault-tolerant (how else would we plug it into the BLINK chargers and sleep at night....)?
garygid wrote:
With the problems that some have reported with the Due board,
we might need to use something else instead, perhaps the Mbed?
Its libraries are probably more mature, and the architecture
of the chip less convoluted.
we might need to use something else instead, perhaps the Mbed?
Its libraries are probably more mature, and the architecture
of the chip less convoluted.
I have not seen anything bad happen in the examples for the DUE.
Tested the timer period and it was stable, no issues with the regular ADC at low sampling rates (i.e. @10 kHz) and haven't seen any problems with the serialUSB IO.
My experience with the old Arduinos is that they run stable for months.
Here we have an application that needs to run for a couple of hours maybe?
I understand that with the power involved, faults can have consequences, but my understanding is that the rest of the hardware, especially the LEAF itself is also fault-tolerant (how else would we plug it into the BLINK chargers and sleep at night....)?