BLE ESL Board Design
Worked for 1 min 2 sec
Created the datasheet-backed CH592F QFN-28 component and completed the 42-component schematic with dual isolated CR2450 cells, BLE RF/clock/debug circuitry, and SSD1680 E-Ink logic interface. The external 15 V converter was removed; final ERC and passive checks report no open issues.
Open item
- The panel datasheet image does not clearly expose two charge-pump diode junctions, so D4/D5 remain intentionally unconnected. The design is not ready for PCB release until confirmed from a clear GDEY0213B74 reference schematic.
Next steps
- Provide a clear panel reference schematic or manufacturer application circuit to finish D4/D5.
- Review the schematic pin assignments.
- Proceed to PCB sizing and component placement once the bias circuit is confirmed.
Thought for 6 sec
I’ll locate an authoritative or clearly legible GDEY0213B74/SSD1680 reference circuit, resolve the exact D4/D5 junctions, update the schematic, and re-run connectivity/ERC checks.
Worked for 46 sec
I prepared the research-and-fix plan, but execution stopped because no ACUs are currently available. The schematic remains unchanged: D4/D5 are still intentionally unconnected, and no guessed charge-pump wiring was added.
Remaining work:
- Locate and cross-check a clear official GDEY0213B74/SSD1680 reference circuit.
- Wire and orient D4/D5.
- Verify the complete bias network and rerun ERC.
- Update the specification and bring-up plan with the sourced topology.
Research D4/D5 wiring
Search relevant datasheets
Inspect charge-pump nets
Waiting for input
