Nocturnal flying mammals, geometric shapes, and emergent behavior
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bats-n-gons.lbrlbr - 101.38 kB - 01/29/2021 at 17:08 |
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Bats-n-Gons.schsch - 213.55 kB - 01/29/2021 at 17:08 |
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Bats-n-Gons.brdbrd - 127.40 kB - 01/29/2021 at 17:08 |
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IS31AP4991.pdfaudio ampliferAdobe Portable Document Format - 416.82 kB - 03/07/2020 at 21:33 |
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SophiEaglev9.lbrlbr - 279.10 kB - 03/05/2020 at 16:23 |
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Using J-link
GCC ARM toolchain
-add pullup to 5V
-tie SAMD51 vref to 3.3V for analog audio
The UF2 bootloader is neat in that it exposes a USB filesystem that you can simply drag-and-drop files into from your host OS. Here are some links to resources for building and burning:
https://www.hackster.io/wallarug/uf2-bootloader-creating-custom-boards-c9620c
Using Atmel Studio (Windows Only)
https://learn.adafruit.com/how-to-program-samd-bootloaders?view=allow-to-program-samd-bootloaders?view=all
Using Command Line (Hopefully Linux, too)
https://forums.adafruit.com/viewtopic.php?f=57&t=142170&p=707151#p707151
How to build Circuit Python. Hint: look at Trinket config file to configure external flash.
This is a SAMD51 Cortex M4 with space for a small bat sound (we're testing 512 kB and 1 mB).
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Really? That would be awesome. Can't wait to see it!
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I'm still waiting for my Digikey, Knowles FG-23629-P16 transducer, backordered. The MEMS SPU0410LR5H came in and I tested to see how they fit flush mount on a PCB. Next month, the 384kHz sampling rate USB Sound Card (I think SB G6) though am way noob seeing TI has a 786kHz sampling rate ADC and am wondering if I'd like to see more frequency range at a time?