Small robot motor board - schematic
Worked for 1 min 52 sec
Thought for 8 sec
Renamed ESP32-C3 2S Dual-Motor Controller.
Thought for 6 sec
Created 3 tasks.
1/3 Confirm the simple architecture and record schematic requirements.
Confirm the simple architecture and record schematic requirements.
Capture and wire the power, ESP32-C3, USB-C, motor driver, and battery sense blocks.
Independently review the schematic and resolve electrical findings.
Thought for 12 sec
Getting a schematic overview.
Thought for 7 sec
Reading project docs.
Thought for 18 sec
Awaiting 1 task
"Robot Controller Schematic Risk Review" completed.
Thought for 36 sec
I’ve checked the main power and motor-control risks. I’ll keep motor outputs off during reset, use a driver with headroom above 8.4 V, and make USB programming battery-powered to avoid adding a charger or USB power-sharing circuit.
Thought for 12 mins 2 sec
Thought for 32 sec
Awaiting 1 task
"ESP32-C3 Robot Controller Schematic" completed.
Worked for 30 sec
Created a project doc
Schematic Handoff
Schematic Handoff
Status at execution stop
The project was renamed ESP32-C3 2S Dual-Motor Controller. Initial inspection confirmed zero components, nets, or documents. Schematic capture has since added 46 components and 34 nets, per the latest project context. Capture completion notification arrived, but its final report and electrical checks were not retrieved before ACUs ran out. Do not treat the schematic as independently verified or ready for layout/manufacture. No layout work was requested or authorized.
Confirmed architecture and assumptions
- ESP32-C3 module, external protected/balanced 2S Li-ion battery (7.4 V nominal / 8.4 V full), external charger only.
- 3.3 V buck supply; motors powered from battery, assumed rated for full 8.4 V. Each motor requested up...
I added the schematic circuitry: 46 components and 34 nets, including the ESP32-C3 module, 3.3 V buck regulator, dual motor driver, USB-C programming interface, and battery sensing. No PCB layout work was performed.
The final electrical/ERC review and schematic presentation check remain unfinished, so this is not yet a verified schematic. I saved the assumptions and remaining checks in Schematic Handoff; USB programming assumes the battery is connected, with no onboard charging.
Execution stopped because your ACUs ran out.
Waiting for input
