Route the Phase-2 600 W module and generate fab outputs

HANDOVER.md

@@ -2,8 +2,9 @@
 
 Written 2026-07-16, updated 2026-07-26 for the next agent (or future session)
 continuing this project. Read this + README.md before touching anything.
-**Start with "Phase-2 PCB — resume point" below** — that is the live work
-front: 83 connections to finish by hand in KiCad. Manager firmware is done.
+**Phase-2 PCB is routed (2026-09-27): 0 unconnected, 0 DRC errors, fab
+outputs generated** — see "Phase-2 PCB — resume point" below and
+`hardware/phase2-module/tools/README.md`. Manager firmware is done.
 
 ## The user & working agreement
 
@@ -57,9 +58,24 @@ manager, CAN 2.0B @500k. Docs 01–07 are the spec; read 05 (build plan) first
 | Manager firmware — detail | manager_core v0.1 (2026-07-18) + **scpi_core & ui_core v0.2 (2026-07-25)**, all host-tested. Shell modules: `display.c` (esp_lcd ILI9341, 8×16 VGA font generated by `idf/tools/gen_font.py` from the system PSF — never hand-typed), `encoder.c` (PCNT ×4 quadrature, push/hold), `scpi_usb.c` (TinyUSB CDC), `app_main.c` (one mutex over the three cores; TCA9535 keys; backplane INA228 meter). Managed components in `main/idf_component.yml`. **Bring-up knobs (expect wrong on first light-up): display rotation + RGB565 byte order, then encoder direction** — docs/10 §Bring-up 6–7 |
 | Ordering/BOM | **China-first sourcing pass done (hardware/SOURCING.md, 2026-07-18)**: LCSC prices/stock verified for all phases (~$135 parts for the Phase-3 build, ~$300–380 all-in); inductor + slot-connector decisions taken (Sunlord + 3.75 mΩ shunts APPLIED to gen_phase2; XT60PW slots queued); order-early list: LTC7004 (5 pcs), CSD19536KTT (12 pcs). MPN-properties pass into symbols still pending |
 
-## Phase-2 PCB — resume point (LIVE, 2026-07-26)
-
-**State: 83 unconnected, 0 copper DRC, silk clean.** Reproduce end to end:
+## Phase-2 PCB — resume point (routed, 2026-09-27)
+
+**State: routed. 0 unconnected, 0 DRC errors, 19 warnings (silk and
+four one-layer vias), PS-002 clear, fab zip + CPL generated.** The routing
+recipe is in `tools/README.md`. The pre-order review (2026-09-28) closed
+every point: FB2 -> AGND is what LM5143 §8.3.17.2 asks for in interleaved
+mode; C15/16/36/37 are now EEHZA1V221P (fits the 10x10.5 land); U5 is the
+stocked INA228AQDGSRQ1 (same pinout and registers). Layout points kept on
+purpose: G_LS_A's B.Cu detour is 26 mm vs G_LS_B's 20 mm (a few nH);
+VOUT2/COMP2 under U3 are mask-covered, DC-quiet tie nets; B.Cu signal
+crossings leave the In1 AGND pocket (the reference plane) unbroken.
+**Bring-up item:** RT1 sits between the phases as docs/08 intends, but on
+the AGND pocket, which is thermally isolated from the PGND copper the FETs
+heat. Expect NTC_FET to lag and read low: log it against a thermocouple
+on Q2 at full load and set the derate/OTP thresholds from that offset.
+
+Everything below in this section is the 2026-07-26 history (83 open
+connections), kept for its Freerouting and PS-002 notes. The old recipe:
 
 ```bash
 cd hardware/phase2-module/tools
@@ -195,9 +211,8 @@ Notable route_board facts a future session needs:
 
 ## Immediate next steps (agreed order)
 
-1. **Finish Phase-2 board** — hand-route the remaining 83 connections in
-   KiCad (table + per-item coords in the resume section), then
-   `../common/finish_board.py` (silk + planes + fab) and `run_drc.py`.
+1. **Phase-2 board — routed (2026-09-27).** Review the items listed in the
+   resume section before ordering.
 2. **Phase-3 manager board — routed (2026-09-27).** Review before ordering:
    the J3 breakout is tied to the USB4105 land pattern while the USB-C part
    is still an open pick; 13 nets cross under the USB pair on B.Cu (fine at
@@ -374,11 +389,11 @@ that the average is servo'd but ripple is skip-mode coarse.
 
 ## Open items / known warts
 
-- **Phase-2: 83 connections to finish by hand** — see the resume section.
 - **`route_board.py` is not deterministic** (67/68/66 pad-vias on identical
   input). Harmless today, but it breaks the reproducibility contract.
-- **Freerouting does not work on the phase-2 board** — evidence in the resume
-  section; the KiCad plugin hits the same StackOverflowError. On phase-1 it
+- **Freerouting on the phase-2 board works since 2026-09-27** (1.9.0,
+  zone-free DSN, `-oit` bounds the optimizer; see tools/README.md). The
+  older failure notes: the KiCad plugin hits the same StackOverflowError. On phase-1 it
   works headless as **1.9.0** under `xvfb-run` with `-Xss64m` (2.x's CLI
   never finished); see phase1-module/tools/README.md. phase-2's
   `import_ses.py` is broken (KiCad 7 `ImportSpecctraSES` takes no board);

hardware/SOURCING.md

@@ -31,7 +31,7 @@ Decisions taken this pass (user-approved 2026-07-18):
 | CSD19536KTT | C2687963 | 4.94 | **12** | hot-swap pass FET — SOA-critical, no clone. **Order early** |
 | STM32G431CBT6 | C529355 | 2.85 | 67k | |
 | DAC80502DRXR | C1880990 | 4.19 | 189 | |
-| INA228AIDGSR | C2887910 | 3.83 | 236 | ×1/module + 1 backplane |
+| INA228AQDGSRQ1 | C5214669 | 17.16 | 142 | ×1/module + 1 backplane. The AIDGSR (C2887910, $3.83) was out of stock on 2026-09-28; the Q1 grade is pin- and register-identical. Swap back if it returns |
 | INA240A3DR | C2060584 | 1.87 | 1.7k | |
 | OPA2333AIDGKR | C19608 | 1.14 | 1.3k | |
 | TCAN1042VDRQ1 | C485806 | 0.57 | 2.6k | V = VIO variant ✓ (Phase-1 finding) |
@@ -60,7 +60,7 @@ Decisions taken this pass (user-approved 2026-07-18):
 | 1.5 mΩ 2512 3 W 1 % | C49837991 | 0.044 | 4k | LM5069 R_SNS |
 | 2 mΩ 2512 3 W 1 % (P1) | C2994640 | 0.060 | 167k | same TCR caveat |
 | Bus shunt 0.5 mΩ 3920 ×2 ∥ | C466580 | 0.60 | 2.9k | BVS-M-R0005: 2 in parallel = 0.25 mΩ (0.5 W each @62 A); verify power rating on ds. Alt: ARCS8518 100 µΩ bar $3.64/49 |
-| 220 µF 35 V polymer ×4 | C2923769 | 0.28 | 3.1k | Lelon SVZ SMD D8×11.5 — verify ESR ≤ 25 mΩ on ds; Panasonic EEHZK1V221UP hybrid $0.64/1.8k as upgrade |
+| 220 µF 35 V hybrid ×4 | C454349 | 1.42 | **1** | Panasonic EEHZA1V221P D10×10.2, 20 mΩ / 2.5 A — fits the CP_Elec_10x10.5 land. Stocked alternative on the same land: SUNCON 35HVH220M+P (C179812, D10×12.5, 8 in stock 2026-09-28). The earlier D8 SVZ pick (C2923769) did not fit the land and is out of stock |
 | 470 µF 50 V bulk | C106666 | 0.10 | 73k | **THT radial D10×20** — cheaper + stronger than SMD; footprint changes at PCB pass |
 | 10 µF 50 V X7S 1210 ×8+6 | C126612 | 0.144 | 43k | GCM32EC71H106KA03L; also replaces the 22 µF/50 V output MLCCs (that value barely exists) |
 | 8 MHz 3225 crystal | C400090 | 0.105 | 200k | cheap parts are CL=12 pF → C66/C67 = 18 p (APPLIED, both phases) |
@@ -109,7 +109,7 @@ US$300–380** including boards, spares and the Coilcraft A/B pair.
 4. Clones: FET clones rejected for the power path; UMW TCA9535 and generic
    EC11/2N7002/diodes accepted.
 5. Ratings still to verify from datasheets **at order time** (flagged
-   above): BVS power rating, Lelon SVZ ESR,
+   above): BVS power rating,
    alloy-shunt TCR, TS5A3166 pin map. (MLT-8530 drive voltage: resolved
    2026-09-27 by the 5 V-rated YX-SMD8530P.)
 

hardware/common/lcsc_parts.py

@@ -31,13 +31,10 @@
     ({P1: ["U10"], P2: ["U10"]}, "C529355", "STM32G431CBT6", "ST", 2.85, ""),
     ({P1: ["U1"], P2: ["U1"]}, "C1880990", "DAC80502DRXR", "TI", 4.19,
      "value says DRXT; R/T differ only in reel size"),
-    ({P2: ["U5"], BP: ["U1"]},
-     "C2887910", "INA228AIDGSR", "TI", 3.83,
-     "out of stock at LCSC/JLCPCB on 2026-09-27"),
-    ({P1: ["U5"]}, "C5214669", "INA228AQDGSRQ1", "TI", 17.16,
-     "automotive grade of INA228AIDGSR, same VSSOP-10 pinout; the "
-     "AIDGSR (C2887910) was out of stock on 2026-09-27 - swap back if it "
-     "returns, it is about a quarter of the price"),
+    ({P1: ["U5"], P2: ["U5"], BP: ["U1"]}, "C5214669", "INA228AQDGSRQ1", "TI", 17.16,
+     "automotive grade of INA228AIDGSR, same VSSOP-10 pinout and register "
+     "map (no firmware change); the AIDGSR (C2887910) was still out of stock "
+     "on 2026-09-28 - swap back if it returns, it is about a quarter of the price"),
     ({P1: ["U4"], P2: ["U4"]}, "C2060584", "INA240A3DR", "TI", 1.87, ""),
     ({P1: ["U2"], P2: ["U2"]}, "C19608", "OPA2333AIDGKR", "TI", 1.14, ""),
     ({P1: ["U11"], P2: ["U11"], MGR: ["U11"]},
@@ -83,10 +80,10 @@
      "2 mOhm 2512 3 W 1 %; check TCR on datasheet"),
     ({BP: ["RS1", "RS2"]}, "C466580", "BVS-M-R0005", "Isabellenhuette", 0.60,
      "2 in parallel = 0.25 mOhm; verify power rating on datasheet"),
-    ({P2: ["C15", "C16", "C36", "C37"]}, "C2923769", "", "Lelon", 0.28,
-     "CHECK: SOURCING part is Lelon SVZ D8x11.5 polymer, symbol says "
-     "'hybrid' on a CP_Elec_10x10.5 footprint - pick footprint or part; "
-     "verify ESR <= 25 mOhm"),
+    ({P2: ["C15", "C16", "C36", "C37"]}, "C454349", "EEHZA1V221P", "Panasonic", 1.42,
+     "hybrid polymer D10x10.2 on the CP_Elec_10x10.5 land, 20 mOhm / 2.5 A "
+     "at 100 kHz; LCSC stock was 1 on 2026-09-28 - if still short, SUNCON "
+     "35HVH220M+P (C179812, D10x12.5, same land) is the stocked alternative"),
     ({P2: ["C14"]}, "C106666", "", "", 0.10, "470 uF 50 V THT radial D10"),
     ({P2: ["C6", "C7", "C8", "C9", "C10", "C11", "C12", "C13",
            "C38", "C40", "C45", "C46", "C47", "C48"]},

hardware/phase1-module/bom/phase1-module-bom.csv

@@ -73,7 +73,7 @@ Item,Qty,References,Value,Footprint,LCSC,MPN,Manufacturer,Unit USD,Ext USD,Note
 72,1,U2,OPA2333,Package_SO:VSSOP-8_3.0x3.0mm_P0.65mm,C19608,OPA2333AIDGKR,TI,1.14,1.14,
 73,1,U3,LM5145RGYR,labbench:LM5145_RGY0020B,C485912,LM5145RGYR,TI,1.55,1.55,
 74,1,U4,INA240A3,Package_SO:SOIC-8_3.9x4.9mm_P1.27mm,C2060584,INA240A3DR,TI,1.87,1.87,
-75,1,U5,INA228,Package_SO:VSSOP-10_3x3mm_P0.5mm,C5214669,INA228AQDGSRQ1,TI,17.16,17.16,"automotive grade of INA228AIDGSR, same VSSOP-10 pinout; the AIDGSR (C2887910) was out of stock on 2026-09-27 - swap back if it returns, it is about a quarter of the price"
+75,1,U5,INA228,Package_SO:VSSOP-10_3x3mm_P0.5mm,C5214669,INA228AQDGSRQ1,TI,17.16,17.16,"automotive grade of INA228AIDGSR, same VSSOP-10 pinout and register map (no firmware change); the AIDGSR (C2887910) was still out of stock on 2026-09-28 - swap back if it returns, it is about a quarter of the price"
 76,1,U6,LTC7004,Package_SO:MSOP-10-1EP_3x3mm_P0.5mm_EP1.68x1.88mm,C690105,LTC7004EMSE#PBF,ADI,5.77,5.77,thinnest stock in the BOM - order early (IMSE fallback)
 77,1,U7,TLV7011DCK,Package_TO_SOT_SMD:SOT-353_SC-70-5,C193688,TLV7011DCKR,TI,0.27,0.27,SC-70-5 (DCK)
 78,1,U8,LMR36015AQRNXRQ1,labbench:LMR36015_RNX_VQFN-HR-12,C1850345,LMR36015ARNXR,TI,1.91,1.91,"symbol value says LMR36015AQRNXRQ1 (automotive); SOURCING picked the commercial ARNXR, same RNX package"

hardware/phase2-module/bom/phase2-module-bom.csv

@@ -5,7 +5,7 @@ Item,Qty,References,Value,Footprint,LCSC,MPN,Manufacturer,Unit USD,Ext USD,Note
 4,1,C4,150n,Capacitor_SMD:C_0603_1608Metric,,,,,,
 5,14,C6 C7 C8 C9 C10 C11 C12 C13 C38 C40 C45 C46 C47 C48,10u/50V X7S,Capacitor_SMD:C_1210_3225Metric,C126612,GCM32EC71H106KA03L,Murata,0.144,2.016,
 6,1,C14,470u/50V,Capacitor_THT:CP_Radial_D10.0mm_P5.00mm,C106666,,,0.1,0.1,470 uF 50 V THT radial D10
-7,4,C15 C16 C36 C37,220u/35V hybrid,Capacitor_SMD:CP_Elec_10x10.5,C2923769,,Lelon,0.28,1.12,"CHECK: SOURCING part is Lelon SVZ D8x11.5 polymer, symbol says 'hybrid' on a CP_Elec_10x10.5 footprint - pick footprint or part; verify ESR <= 25 mOhm"
+7,4,C15 C16 C36 C37,220u/35V hybrid,Capacitor_SMD:CP_Elec_10x10.5,C454349,EEHZA1V221P,Panasonic,1.42,5.68,"hybrid polymer D10x10.2 on the CP_Elec_10x10.5 land, 20 mOhm / 2.5 A at 100 kHz; LCSC stock was 1 on 2026-09-28 - if still short, SUNCON 35HVH220M+P (C179812, D10x12.5, same land) is the stocked alternative"
 8,2,C18 C20,47n,Capacitor_SMD:C_0603_1608Metric,,,,,,
 9,1,C19,470n,Capacitor_SMD:C_0603_1608Metric,,,,,,
 10,4,C21 C30 C42 C53,1u,Capacitor_SMD:C_0603_1608Metric,,,,,,
@@ -76,7 +76,7 @@ Item,Qty,References,Value,Footprint,LCSC,MPN,Manufacturer,Unit USD,Ext USD,Note
 75,1,U2,OPA2333,Package_SO:VSSOP-8_3.0x3.0mm_P0.65mm,C19608,OPA2333AIDGKR,TI,1.14,1.14,
 76,1,U3,LM5143RHAR,labbench:LM5143_RHA0040P,C5219258,LM5143QRHARQ1,TI,2.93,2.93,CHECK: symbol value says LM5143RHAR; SOURCING picked the cheaper Q1 variant (same VQFN-40) - confirm RHA0040P land vs the Q1 addendum
 77,1,U4,INA240A3,Package_SO:SOIC-8_3.9x4.9mm_P1.27mm,C2060584,INA240A3DR,TI,1.87,1.87,
-78,1,U5,INA228,Package_SO:VSSOP-10_3x3mm_P0.5mm,C2887910,INA228AIDGSR,TI,3.83,3.83,out of stock at LCSC/JLCPCB on 2026-09-27
+78,1,U5,INA228,Package_SO:VSSOP-10_3x3mm_P0.5mm,C5214669,INA228AQDGSRQ1,TI,17.16,17.16,"automotive grade of INA228AIDGSR, same VSSOP-10 pinout and register map (no firmware change); the AIDGSR (C2887910) was still out of stock on 2026-09-28 - swap back if it returns, it is about a quarter of the price"
 79,1,U6,LTC7004,Package_SO:MSOP-10-1EP_3x3mm_P0.5mm_EP1.68x1.88mm,C690105,LTC7004EMSE#PBF,ADI,5.77,5.77,thinnest stock in the BOM - order early (IMSE fallback)
 80,1,U7,TLV7011DCK,Package_TO_SOT_SMD:SOT-353_SC-70-5,C193688,TLV7011DCKR,TI,0.27,0.27,SC-70-5 (DCK)
 81,1,U8,LMR36015AQRNXRQ1,labbench:LMR36015_RNX_VQFN-HR-12,C1850345,LMR36015ARNXR,TI,1.91,1.91,"symbol value says LMR36015AQRNXRQ1 (automotive); SOURCING picked the commercial ARNXR, same RNX package"
@@ -86,4 +86,4 @@ Item,Qty,References,Value,Footprint,LCSC,MPN,Manufacturer,Unit USD,Ext USD,Note
 85,1,U12,LM5069MM-2,Package_SO:VSSOP-10_3x3mm_P0.5mm,C111822,LM5069MM-2/NOPB,TI,1.17,1.17,
 86,1,U13,TS5A3166,Package_TO_SOT_SMD:SOT-23-5,C353035,TS5A3166DBVR,TI,0.28,0.28,
 87,1,Y1,8MHz,Crystal:Crystal_SMD_3225-4Pin_3.2x2.5mm,C403948,TAXM8M4RFDCET2T,Yajingxin,0.147,0.147,"8 MHz 3225, CL = 12 pF (load caps 18 p); replaces C400090, which is the CL = 10 pF version"
-,172,,,,,,,,52.01,"55/172 placements have an LCSC number; total covers those only (qty-1, SOURCING.md 2026-07-18)"
+,172,,,,,,,,69.9,"55/172 placements have an LCSC number; total covers those only (qty-1, SOURCING.md 2026-07-18)"

hardware/phase2-module/bom/phase2-module-cpl.csv

@@ -0,0 +1,168 @@
+Designator,Mid X,Mid Y,Layer,Rotation
+C1,61.3000mm,-92.8000mm,Top,0
+C2,61.3000mm,-101.2000mm,Top,0
+C3,49.5000mm,-95.0000mm,Top,0
+C4,58.0000mm,-94.2000mm,Top,0
+C5,72.0000mm,-94.3000mm,Top,0
+C6,84.7000mm,-37.2000mm,Top,0
+C7,84.7000mm,-40.6000mm,Top,0
+C8,84.7000mm,-44.0000mm,Top,0
+C9,84.7000mm,-47.4000mm,Top,0
+C10,84.7000mm,-63.0000mm,Top,0
+C11,84.7000mm,-66.4000mm,Top,0
+C12,84.7000mm,-69.8000mm,Top,0
+C13,84.7000mm,-73.2000mm,Top,0
+C14,83.9000mm,-55.2000mm,Top,0
+C15,125.6000mm,-28.2000mm,Top,270
+C16,126.1000mm,-64.7000mm,Top,270
+C18,104.5400mm,-58.3000mm,Top,0
+C19,110.5800mm,-56.5000mm,Top,0
+C20,113.6000mm,-54.5500mm,Top,0
+C21,107.5600mm,-56.5000mm,Top,0
+C22,92.9000mm,-60.5500mm,Top,270
+C23,97.9000mm,-60.5500mm,Top,270
+C24,110.5800mm,-52.6000mm,Top,0
+C25,104.5400mm,-52.6000mm,Top,180
+C27,101.0000mm,-46.2000mm,Top,90
+C28,101.6000mm,-60.2000mm,Top,270
+C30,90.2000mm,-54.9000mm,Top,90
+C31,124.7000mm,-56.7000mm,Top,0
+C32,144.0000mm,-74.6000mm,Top,0
+C33,127.9000mm,-56.7000mm,Top,0
+C34,133.6000mm,-78.2000mm,Top,0
+C35,101.0000mm,-63.7700mm,Top,270
+C36,138.0000mm,-86.3000mm,Top,0
+C37,125.7000mm,-78.9000mm,Top,270
+C38,118.0500mm,-46.6000mm,Top,180
+C39,119.2000mm,-103.6000mm,Top,0
+C40,118.0500mm,-50.0000mm,Top,180
+C41,134.1000mm,-70.7000mm,Top,0
+C42,133.6000mm,-68.4000mm,Top,0
+C43,106.6000mm,-100.9000mm,Top,0
+C44,123.8000mm,-90.0000mm,Top,0
+C45,118.0500mm,-60.4000mm,Top,180
+C46,118.0500mm,-63.7000mm,Top,180
+C47,124.9000mm,-38.7000mm,Top,270
+C48,118.0500mm,-67.0000mm,Top,180
+C50,72.9000mm,-44.0000mm,Top,180
+C51,72.9000mm,-47.4000mm,Top,180
+C52,63.5000mm,-51.0000mm,Top,270
+C53,63.6000mm,-55.0000mm,Top,0
+C54,63.0000mm,-62.0000mm,Top,0
+C55,71.0000mm,-62.0000mm,Top,0
+C56,62.0000mm,-76.0000mm,Top,0
+C57,71.0000mm,-76.0000mm,Top,0
+C62,81.0000mm,-91.0000mm,Top,270
+C64,90.9000mm,-90.6000mm,Top,0
+C65,97.1000mm,-90.6000mm,Top,0
+C66,80.5000mm,-94.8000mm,Top,0
+C67,80.5000mm,-98.2000mm,Top,0
+C68,86.5000mm,-106.5000mm,Top,0
+C69,32.5000mm,-89.5000mm,Top,0
+C70,32.5000mm,-93.0000mm,Top,0
+C71,87.3000mm,-91.8000mm,Top,0
+C72,100.7000mm,-91.8000mm,Top,0
+C73,87.3000mm,-104.2000mm,Top,0
+C74,100.7000mm,-104.2000mm,Top,0
+C90,51.0000mm,-54.5000mm,Top,0
+C91,60.3000mm,-39.3000mm,Top,270
+D1,68.3000mm,-92.8000mm,Top,0
+D2,68.3000mm,-101.2000mm,Top,0
+D3,108.3000mm,-97.0000mm,Top,0
+D4,111.8500mm,-97.0000mm,Top,0
+D5,56.9000mm,-43.3000mm,Top,270
+D6,60.0000mm,-107.5000mm,Top,270
+D7,89.0000mm,-108.6000mm,Top,0
+D8,117.2000mm,-100.2000mm,Top,0
+F1,43.6500mm,-35.6000mm,Top,0
+J1,25.1500mm,-32.0000mm,Top,0
+J2,113.0800mm,-107.6000mm,Top,90
+J3,74.5400mm,-107.6000mm,Top,90
+J4,142.8500mm,-58.2000mm,Top,180
+J5,22.5000mm,-88.8900mm,Top,0
+J6,51.2700mm,-107.6000mm,Top,90
+L1,105.5000mm,-34.0000mm,Top,0
+L2,67.0000mm,-56.8000mm,Top,270
+L3,105.5000mm,-76.0000mm,Top,0
+Q1,92.0000mm,-29.0000mm,Top,0
+Q2,92.0000mm,-42.0000mm,Top,180
+Q3,135.6000mm,-33.6000mm,Top,0
+Q4,143.3000mm,-34.0000mm,Top,180
+Q5,108.8000mm,-93.3000mm,Top,0
+Q6,113.0000mm,-93.3000mm,Top,0
+Q7,117.2000mm,-93.3000mm,Top,0
+Q8,56.5000mm,-104.5000mm,Top,0
+Q9,121.4000mm,-93.3000mm,Top,0
+Q10,135.6000mm,-40.6000mm,Top,0
+Q11,143.3000mm,-41.0000mm,Top,180
+Q12,92.0000mm,-81.0000mm,Top,0
+Q13,92.0000mm,-68.0000mm,Top,180
+Q14,76.6750mm,-28.5000mm,Top,180
+R1,113.6000mm,-52.6000mm,Top,180
+R2,104.5400mm,-54.5500mm,Top,0
+R3,58.2000mm,-96.4000mm,Top,0
+R4,64.4000mm,-92.8000mm,Top,0
+R5,107.5600mm,-54.5500mm,Top,180
+R6,58.2000mm,-98.6000mm,Top,0
+R7,64.4000mm,-101.2000mm,Top,0
+R8,110.5800mm,-54.5500mm,Top,180
+R16,105.0000mm,-95.3000mm,Top,0
+R18,105.0000mm,-93.3000mm,Top,0
+R19,115.3500mm,-97.0000mm,Top,0
+R20,108.3000mm,-90.0000mm,Top,0
+R22,118.4500mm,-97.0000mm,Top,0
+R23,111.4000mm,-90.0000mm,Top,0
+R24,107.5600mm,-52.6000mm,Top,0
+R26,104.5400mm,-56.5000mm,Top,0
+R27,124.0000mm,-107.5000mm,Top,0
+R29,80.0000mm,-75.4000mm,Top,270
+R30,127.9000mm,-43.1000mm,Top,0
+R31,121.5000mm,-56.7000mm,Top,0
+R32,148.4000mm,-73.4000mm,Top,270
+R33,145.9000mm,-77.5000mm,Top,270
+R34,129.3000mm,-47.0500mm,Top,0
+R35,113.0000mm,-103.6000mm,Top,0
+R36,117.6500mm,-30.0000mm,Top,0
+R37,117.6500mm,-76.8000mm,Top,0
+R38,116.1000mm,-103.6000mm,Top,0
+R42,117.6500mm,-33.5000mm,Top,0
+R43,114.5000mm,-90.0000mm,Top,0
+R44,117.6000mm,-90.0000mm,Top,0
+R45,118.3000mm,-57.3000mm,Top,180
+R46,120.7000mm,-90.0000mm,Top,0
+R47,113.4000mm,-100.2000mm,Top,0
+R50,73.7000mm,-58.6000mm,Top,270
+R51,73.7000mm,-65.6000mm,Top,270
+R52,105.0000mm,-97.3000mm,Top,0
+R57,117.6500mm,-73.4000mm,Top,0
+R60,78.0000mm,-86.5000mm,Top,270
+R61,78.0000mm,-91.0000mm,Top,270
+R62,105.0000mm,-89.3000mm,Top,0
+R63,105.0000mm,-91.3000mm,Top,0
+R64,105.0000mm,-99.3000mm,Top,0
+R65,90.0000mm,-106.5000mm,Top,0
+R66,92.5000mm,-108.6000mm,Top,0
+R67,93.5000mm,-106.5000mm,Top,0
+R68,97.0000mm,-106.5000mm,Top,0
+R70,64.2000mm,-35.6000mm,Top,0
+R71,62.4000mm,-39.3000mm,Top,270
+R72,62.4000mm,-43.0000mm,Top,270
+R73,62.4000mm,-46.4000mm,Top,270
+R74,59.0000mm,-54.5000mm,Top,0
+R75,60.5000mm,-51.0000mm,Top,270
+RT1,90.9000mm,-52.6000mm,Top,0
+RT2,106.0000mm,-61.0000mm,Top,0
+U1,54.0000mm,-96.0000mm,Top,0
+U2,65.0000mm,-97.0000mm,Top,0
+U3,96.0000mm,-55.0000mm,Top,0
+U4,124.6000mm,-51.9000mm,Top,0
+U5,139.0000mm,-77.6000mm,Top,0
+U6,139.0000mm,-70.7000mm,Top,180
+U7,110.0000mm,-100.2000mm,Top,0
+U8,67.0000mm,-50.9997mm,Top,0
+U9,67.0000mm,-70.0000mm,Top,0
+U10,94.0000mm,-98.0000mm,Top,0
+U11,38.0000mm,-91.0000mm,Top,0
+U12,55.0000mm,-51.0000mm,Top,0
+U13,109.3000mm,-103.6000mm,Top,0
+Y1,84.5000mm,-96.5000mm,Top,0

hardware/phase2-module/bom/phase2-module-jlcpcb.csv

@@ -5,7 +5,7 @@ Comment,Designator,Footprint,LCSC Part #
 150n,C4,C_0603_1608Metric,
 10u/50V X7S,"C6,C7,C8,C9,C10,C11,C12,C13,C38,C40,C45,C46,C47,C48",C_1210_3225Metric,C126612
 470u/50V,C14,CP_Radial_D10.0mm_P5.00mm,C106666
-220u/35V hybrid,"C15,C16,C36,C37",CP_Elec_10x10.5,C2923769
+220u/35V hybrid,"C15,C16,C36,C37",CP_Elec_10x10.5,C454349
 47n,"C18,C20",C_0603_1608Metric,
 470n,C19,C_0603_1608Metric,
 1u,"C21,C30,C42,C53",C_0603_1608Metric,
@@ -73,7 +73,7 @@ DAC80502DRXT,U1,DAC80502_DRX_WSON-10,C1880990
 OPA2333,U2,VSSOP-8_3.0x3.0mm_P0.65mm,C19608
 LM5143RHAR,U3,LM5143_RHA0040P,C5219258
 INA240A3,U4,SOIC-8_3.9x4.9mm_P1.27mm,C2060584
-INA228,U5,VSSOP-10_3x3mm_P0.5mm,C2887910
+INA228,U5,VSSOP-10_3x3mm_P0.5mm,C5214669
 LTC7004,U6,MSOP-10-1EP_3x3mm_P0.5mm_EP1.68x1.88mm,C690105
 TLV7011DCK,U7,SOT-353_SC-70-5,C193688
 LMR36015AQRNXRQ1,U8,LMR36015_RNX_VQFN-HR-12,C1850345