Not had enough time to explore much further but I did connect in DoutB. This then allowed me to read channels 1 and 5, 2 and 6, 3 and 7 finishing with 4 and 8 at the same time thereby reducing time taken to read by approximately 50% (roughly 24mS).
I too have an EB3 board but mine is a PIC, arriving just before I started some lengthy travels and I forgot to take it with me. I was annoyed with myself for that because it is essentially a pretty cool development board with WiFi, Bluetooth, a 2GB SD card and a very useful touch screen inbuilt ...
I noticed that as a client, if I "read" a topic I would then disconnect, forcing me to resubscribe. I was too busy to chase this further at the time but intend to go back and check if it was "me" or an issue.
Following on from this post https://www.flowcode.co.uk/forums/viewtopic.php?t=3825
I am exploring the AD7606 16-bit ADC in module form available from usual outlets. This module samples eight analogue channels simultaneously and can output the values either serially or parallel. The module out ...
As far as I am aware the onboard ICSP connection allows you to load your generated Hex on to any PIC, not just the ones that fit on the board. Never had need to use it though as for most of my prototyping the 10 - 18 series PICs do the job, and fit into the board.
Having everything fixed to a solid base definitely improves things and helps to keep things more manageable. Did you buy the base board or make it yourself? Being a grid it will be very easy to move things around if needed. I'm sure it makes prototyping much easier.
Just a quick update to show the AD7606 module connected in.
The module connects to the LHS Eblock BL0162 Servo Board, my Logic analyser connects to the RHS Eblock BL0162 Servo board and they both connect to the BL0156 splitter board which parallels the connections. Whatever appears on the ...