EUSART on a PIC Microcontroller in Assembler Episode 040

Leveraging the EUSART peripheral, we communicate asynchronously with addressable drivers to configure different intensities for different zones. We also explore indirect addressing via File Select Registers (FSR). Finally, we design a circular buffer as an elegant way to preserve data on a slow baud connection. By the way, can anybody count how many times I misspelled EUSART?? #embedded #programming #digitalelectronics 00:00 Intelligent communication with LED drivers… 02:54 … using the EUSART peripheral 04:11 Assign PPS output 06:35 Baud rate vs. bit rate 08:11 Configure asynchronous transmit mode 09:00 Examine signal on the scope 12:20 Wiring schematic 14:47 EUSART receive mode 17:37 Prepare different intensities for different drivers 20:22 FSR file select register 29:37 Zone selection via buttons 36:28 Cycle through zones to detect and trigger update 40:39 Manual interrupt for instant update 46:18 9-bit addressable communication 54:37 Circular data buffer 61:11 EUSART transmit interrupt 64:59 Faster baud communication Song: MANIA - Reason (feat. Remy Night) [NCS Release] Music provided by NoCopyrightSounds Free Download/Stream: http://ncs.io/Reason Watch: https://www.youtube.com/watch?v=F5_TBfHYaNw The BetterEnlightened journey; all episodes in order (YouTube playlist): https://youtube.com/playlist?list=PL8fx2PasT3iDHbZt3daNV69Nn2KMNSdC5 Arif K. Rafiq's professional GIS in Civil Infrastructure content: https://youtube.com/playlist?list=PLZ9TJcIeAUwcXCZhXK1Mg3jPDULVDLRrf GIS in Civil Infrastructure at Esri Canada: https://resources.esri.ca/transportation Speaking inquires: https://temperedoptimism.com LinkedIn: https://linkedin.com/in/rafiqtransport/