Wireless Rhinomanometer Design
Thought for 4 mins 38 sec
Referenced guidance.
Thought for 10 sec
1/3 Select and build the sensing, BLE, and power architecture
Select and build the sensing, BLE, and power architecture
Independently review the completed schematic and resolve issues
Create firmware programming and board bring-up guides
Thought for 25 sec
Thought for 8 sec
Awaiting 1 background task
Received notification from "Wireless Rhinomanometer Schematic" that it stopped — taking it from here.
Thought for 5 sec
I’ll review the stopped build report, preserve any valid work, and continue the schematic and programming documentation from the remaining scope.
Thought for 16 mins 11 sec
The build has resumed and is still working through component selection, wiring, and validation. I’ll review it independently before finalizing the programming guide.
Thought for 2 mins 20 sec
Thought for 6 sec
Awaiting 1 background task
Received notification from "Wireless Rhinomanometer Schematic" that it finished — picking the work back up.
Thought for 5 sec
The schematic executor completed a 62-component, 19-net first pass including the nRF52840 BLE module, USB-C/BQ24074 charging, TPS63031 3.3 V regulation, BME280 compensation, controls, and protection. I’m blocked from reconciling its detailed report, independently verifying ERC/connectivity, and creating the firmware/programming guide because no ACUs are currently available.
Remaining work:
- Verify both pressure-sensor channels and exact sensor range/interface
- Review power-path safety and ERC findings
- Confirm MCU GPIO/SWD mapping
- Create compilable firmware and flashing instructions
- Produce the board bring-up plan
Review schematic issues
Verify pressure channels
Check MCU programming
Create bring-up plan
Document firmware setup
