Attachment Access Issue

flux

I confirmed the datasheet identifies the five-pin group as pins 1–5, but the critical offset dimensions are embedded graphically and were not recoverable from PDF text/OCR. A dedicated footprint-correction executor completed its visual comparison and correction task, but I could not retrieve and independently reconcile its final report or run live post-change geometry/DRC checks.
Still required
  • Confirm the executor’s exact extracted dimensions and resulting ZE07-H2 pad coordinates.
  • Verify pin numbering, five-pin offset, row spacing, pitch, and module orientation against the drawing.
  • Check whether ZE15-CO needs the same correction.
  • Run final ERC/DRC and confirm zero airwires.
  • Regenerate the manufacturing files because the previous exports predate this footprint work.
Execution stopped because your ACUs ran out.
Received notification from "ZE07-H2 Footprint Fix" that it finished — picking the work back up.

flux

The ZE07-H2 footprint-fix executor has finished, but I cannot access its report or inspect the modified footprint in this turn. Therefore, I cannot safely claim that the five-pin offset, pad numbering, routing, or DRC is correct.
The project remains at the post-footprint-edit stage. Before fabrication, it still needs:
  • Reconcile the executor’s exact ZE07-H2 pad coordinates against the attached datasheet.
  • Verify pins 1–5 form the correctly offset five-pin side and pins 6–15 remain correctly aligned.
  • Check whether the ZE15-CO uses identical mechanical geometry.
  • Re-run routing/airwire checks and full ERC/DRC.
  • Regenerate Gerbers, drill files, IPC-D-356, and placement outputs.
Do not use the previously exported manufacturing package; it predates the footprint correction. Execution stopped because your ACUs ran out.
Verify corrected footprint
Check ZE15 compatibility
Review remaining errors
Document fabrication hold
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Files

Schematic

Layout

3D View

J_H2_MODULE
J_CO_MODULE
C_SHT3X_OPTIONAL
Capacitance
0.1uF
TP_3V3
TP_GND
J_BME
J_SPS30
R_SCL_OPTIONAL
Resistance
4.7kΩ
R_SDA_OPTIONAL
Resistance
4.7kΩ
TP_SCL
C_CO_OPTIONAL
Capacitance
0.1uF
C_SPS30_OPTIONAL
Capacitance
0.1uF
J_SHT3X
TP_SDA
C_BME_OPTIONAL
Capacitance
0.1uF
C_H2_OPTIONAL
Capacitance
0.1uF
J_ARDUINO
Design Notes
Electrical Safety Note
This is intentionally a passive interconnect board. The H2 and CO supply rails are isolated from the Arduino 3.3 V rail and must be selected only after checking each exact gas-sensor module datasheet. Verify sensor UART output logic levels are safe for the Arduino UNO R4 before assembly.
Pinout Control
H2 and CO footprints are deliberately marked as verification-required. Do not manufacture from this revision until pad-to-module pin mapping is verified against the exact physical modules.

  • Electrical Safety Note

  • Pinout Control