Bring-Up Log¶

Record measured behaviour of real boards here, one section set per board serial, numbers with units, not pass/fail marks. The design record and the values every measurement is compared against are in rev0-plan.md; the order that produced these boards is fabrication-log.md. Bench results that change a decision go back into the plan as dated notes.

Boards¶

Five v1.0 boards ordered assembled from JLCPCB on 2026-09-26 (order 1). Give each a serial when it arrives and mark it on the bare copper or a label; the silk carries no unit identifier.

Serial	Received	Location / rig	Notes

Inspection on arrival (per board)¶

[ ] Photograph top and bottom before power.
[ ] DRY6 packages (U401, U701-U703, U1101, U1201-U1203, U1401-U1403): first use of this land pattern on an assembled board from this library; look for tombstoning, bridging, and pad 1 orientation against the package dot.
[ ] USBLC6-2P6 SOT-666 (10): orientation and the paired-pad jumpers.
[ ] J501 FH12-50 FFC: all 50 contacts wetted, hinged lid intact.
[ ] LEDs D201, D301, D302, D401, D701, D1201, D1401: cathode toward the footprint's K mark (first verified rotation of this footprint).
[ ] Phoenix MCV 6 headers: terminal 1 (green wire, Line 3) at the GRN end of each block's colour silk; all six pins soldered.
[ ] BNC shells and USB-C shell continuous with board ground.

First power (per board)¶

Plan reference: rev0-plan.md, "Power" and "Signal Chains".

Measurement	Expected	Serial	Measured
USB input current, nothing connected	well under 100 mA
`+5V` at the LDO input	4.5-5.2 V (behind the USB block's Schottky)
`+3.3V` at the LDO output	3.3 V ±2 %
Power LED D201	lit
Every `_INST` net idle level	0 V or 3.3 V, none floating

Camera channel checks (per board, per channel)¶

From rev0-plan.md, "Sequence" step 6. Drive TRIG IN and SYNC IN from a pyControl breakout running camera_sync_test.py, or from a function generator at 3.3 V.

Measurement	Expected	Serial / channel	Measured
Line 0 LED current at the plug, `SYNC IN` high	3.5-7 mA (FLIR spec; ~4 mA by design)
Line 0 node voltage, `SYNC IN` low	≤ 0.2 V
Line 3 level at the plug, `TRIG IN` high / low	3.3 V / 0 V through 220 Ω
Line 2 low level with camera driving `ExposureActive`	≤ 0.4 V (1 kΩ pull-up)
Line 1 (`OPTOOUT`) low level with 4.7 kΩ pull-up	< 0.8 V, the Schmitt VT- worst case
`CAMn OUT` BNC swing into a 1 MΩ load	0-3.3 V
`SYNC OUT` BNC swing	0-3.3 V, follows `SYNC IN`
Activity LEDs	trigger LED half-lit at 150 Hz, sync LED blinks on 25 ms pulses

InstrumentPort capture¶

All 18 live channels through the la5032-instrument-port-adapter with the mapping table in rev0-plan.md, "InstrumentPort". Record the capture file name, the adapter version, and which DIG channels showed the trigger, Rsync and each camera's five lines.

Rig integration¶

Apply the software change table in rev0-plan.md, "Software changes that go with this board" (TriggerSource Line3, V3_3Enable false, RSYNC_BIT = 0, OneBox IO0-IO3 as ADC inputs), then run the rig's rig1_check.py against a OneBox recording. Record the result and the commit of joystick-rig it was run with.