Resolving Copper DRC Errors
Thought for 7 sec
I can’t cancel that server-side auto-layout job from the chat tools. You’ll need to discard it manually in the Flux UI job/auto-layout panel.
Once it is cleared, send:
rerun focused route
Then I’ll run exactly:
- one routing attempt
- one DRC count check
- stop immediately.
rerun focused route
Thought for 8 sec
I’ll run exactly one routing attempt, then one DRC count check, and stop.
Worked for 47 sec
Routing attempt failed: the same stuck
outOfCredit job is still active.Final DRC count check: 130 items remain.
Inspect stuck job
Manual USB routing
Check USB placement
Generate Rev A docs
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Board Bring-Up Plan — HyperPulse Blade 2
Prerequisites
Multimeter, oscilloscope, nRF SWD debugger, BLE test phone/app, current-limited bench supply, Qi transmitter.
1. Visual Inspection
- Inspect QFN/LGA/BGA pads, U.FL connectors, SKRPACE010 switch, MAX30102 optical opening alignment, and Qi coil soldering.
2. Power Rails
Table
| Rail | Source | Expected | Measure At | Pass Criteria |
|---|---|---|---|---|
| QI_5V | BQ51013B OUT | ~5 V while charging | U8 OUT / U7 IN | Stable during Qi coupling |
| VBAT | LiPo / BQ25180 BAT | 3.0–4.2 V | U7 BAT | No short to GND |
| VSYS | BQ25180 SYS | battery/system rail | U7 SYS / U9 IN | Tracks PMIC expected state |
| 3V3 | TPS78233 OUT | 3.3 V | U9 OUT / C2-C29 | 3.3 V ±5% |
3. Digital Bring-Up
- Verify SWDCLK/SWDIO target detection on nRF5340.
- Confirm I2C scan detects BQ25180, MMC5983MA, BMP390, and MAX30102.
- Confirm SPI WHOAMI read from ICM-42688-P.
- Confirm MAX-M10S UART NMEA/UBX output.
4. User Interface
- Press SW1: verify PMIC wake from ship mode.
- Hold SW1 >10 s: verify ship/off entry.
- Blink D1 from nRF5340 GPIO P0.13.
- Drive/observe D2 from BQ25180 status output behavior.
5. RF / Optical Checks
- BLE RF path: verify U.FL launch continuity and no short to shield.
- GPS RF path: verify U.FL launch continuity and antenna separation.
- MAX30102: verify optical window, gasket/light isolation, and skin-facing orientation.
Prerequisites
1. Visual Inspection
2. Power Rails
3. Digital Bring-Up
4. User Interface
5. RF / Optical Checks
