Drogheda/HBOX_v4_PROD_positions.csv at 21cda79ff039915ca062cbe8ccad3f4e835605ac

Leopoldo Rodríguez b505cb35c2 v4 production package for JLCPCB: gerbers, BOM, CPL + audit

Fabrication Toolkit export of hbox-watchdog-v4 (EinarBoard 2.0), verified
before ordering. Board is 155.00 x 100.00 mm, 4 layers, 1.6 mm.

New in production/:
  HBOX_v4_PROD.zip             15 gerber + drill files
  HBOX_v4_PROD_bom.csv         102 lines, 25 with an LCSC number
  HBOX_v4_PROD_positions.csv   187 rows
  HBOX_v4_PROD_designators.csv toolkit by-product, not a JLC input

hbox-watchdog-v4.kicad_pcb is modified only because the toolkit's AUTO FILL
refilled zones and re-saved on export. Diffed before/after: 0 footprints
moved, 0 rotated, 0 changed side; tracks 1989 -> 1989, vias 351 -> 351,
zones 5 -> 5, filled polygons 41 -> 41. Zone fill data only.

Verification (details in the order walkthrough):
  - Row counts matched a prediction registered before the export existed:
    CPL 187, BOM 102, 35 machine-placed. No duplicate designators, no
    collisions from the toolkit's uppercasing of refdes, nothing truncated.
  - All 30 pre-registered rotation predictions matched exactly, 0 mismatches.
    The five previously-unproven packages resolved as J10 +0 deg and
    U10/U11/U13/U15 +270 deg.
  - Every non-zero rotation correction is externally backed: six packages
    (SOT-23, SOIC-8, SOIC-8-1EP, QFN-24-1EP, CP_Elec_6.3x7.7, Arduino_UNO_R3)
    are byte-identical to the v3 CPL that JLC built; the other four (LQFP-48,
    SOIC-16, SOIC-16W, TSSOP-28) match KiBot's published JLCPCB rotation
    table. KiBot's generic ^QFN- rule says 270 where the toolkit applied +90
    to U6 - v3 hardware settles it in the toolkit's favour.
  - Positions: 22 rows carry an AUTO TRANSLATE offset. 19 of 22 identical to
    the v3 export, 20 of 22 equal the pad bounding-box centroid to 0.02 mm.
    J10 is the only machine-placed part with a translation and it matches the
    centroid exactly.
  - Gerbers: 4 copper layers populated, both mask, both silk, F.Paste 40
    apertures. B_Paste empty is correct (the one bottom-side part has no
    paste). 523 PTH holes 0.30-1.63 mm, 6 NPTH at 3.20/3.25 mm.

Open before ordering: J10 (C12074 HR911105A) is the only through-hole part
carrying an LCSC number, so JLC's standard SMT line will not place it.
Also gitignore **/_to_delete/ (scratch folder for manual deletion).

Co-Authored-By: Claude <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01GSKKes8GsS4YHAMWJ44tCm

2026-08-01 06:57:17 +00:00

5.0 KiB

Raw Blame History

1	Designator	Mid X	Mid Y	Rotation	Layer
2	C10	201.365	-121.2	180.0	top
3	C100	109.41	-60.45	0.0	top
4	C101	104.49	-60.31	90.0	top
5	C102	92.79	-62.15	0.0	top
6	C103	138.13	-82.69	180.0	top
7	C11	179.38	-64.38	90.0	top
8	C22	188.21	-70.97	90.0	top
9	C23	179.87	-51.2	0.0	top
10	C24	120.65	-112.3	0.0	top
11	C3	156.6	-45.8	0.0	top
12	C30	100.15	-98.4	0.0	top
13	C31	112.4	-97.3	0.0	top
14	C32	120.7	-104.3	0.0	top
15	C33	126.11	-104.3	0.0	top
16	C34	134.715	-106.515	0.0	top
17	C35	148.065	-101.705	0.0	top
18	C40	174.1	-97.38	0.0	top
19	C41	198.7	-103.3	90.0	top
20	C43	146.95	-109.31	180.0	top
21	C5	92.1	-116.73	0.0	top
22	C7	96.83	-116.78	0.0	top
23	C78	166.78	-45.63	180.0	top
24	C80	153.03	-80.38	0.0	top
25	C81	80.5	-84.69	0.0	top
26	C82	72.5	-87.2	0.0	top
27	C83	72.5	-91.43	0.0	top
28	C84	76.4	-98.4	0.0	top
29	C85	83.7	-105.65	90.0	top
30	C86	89.23	-105.59	90.0	top
31	C87	86.29	-105.63	90.0	top
32	C88	65.53	-123.97	90.0	top
33	C89	86.27	-91.14	0.0	top
34	C9	92.935	-86.71	0.0	top
35	C90	96.41	-62.16	180.0	top
36	C91	93.87	-64.91	180.0	top
37	C92	88.9	-54.43	90.0	top
38	C93	88.9	-57.73	90.0	top
39	C94	88.9	-61.24	90.0	top
40	C95	85.18	-70.285	90.0	top
41	C96	93.89	-67.81	180.0	top
42	C97	85.18	-62.85	90.0	top
43	C98	85.18	-66.71	90.0	top
44	C99	148.26	-60.22	90.0	top
45	CBST1	165.08	-52.71	0.0	top
46	CBST2	188.69	-105.86	0.0	top
47	CCOMP1	175.76	-53.25	90.0	top
48	CCOMP2	185.24	-113.4	0.0	top
49	CU3	132.84	-112.3	0.0	top
50	CU4	136.9	-112.3	0.0	top
51	D1	101.12	-116.92	0.0	top
52	D10	176.3	-120.8	90.0	top
53	D11	128.0	-63.5	90.0	top
54	D2	167.07	-74.11	0.0	top
55	D4G1	202.11	-85.46	0.0	top
56	D5	86.2025	-86.71	0.0	top
57	D6	200.9575	-58.51	180.0	top
58	DB1	194.3	-44.3	0.0	top
59	DB2	198.3	-44.3	0.0	top
60	DB3	202.3	-44.3	0.0	top
61	DB4	206.3	-44.3	0.0	top
62	DBK1	168.2	-65.8	270.0	top
63	DBK2	181.82	-105.9	0.0	top
64	DZG1	180.5475	-126.38	180.0	top
65	F1	147.2	-46.3	0.0	top
66	H4	75.79	-135.94	90.0	top
67	J1	131.33	-56.3	90.0	top
68	J10	73.64	-60.04	270.0	top
69	J2	131.33	-71.3	90.0	top
70	J7	174.2	-83.8	0.0	top
71	J8	196.5	-83.8	0.0	top
72	J9	164.175	-131.83	0.0	top
73	JP1	166.78	-80.75	0.0	top
74	JP2	141.4	-90.3	0.0	top
75	JP3	141.4	-95.05	0.0	top
76	JP4	141.4	-99.8	0.0	top
77	K1	191.84	-60.98	0.0	top
78	L2	187.3	-47.8	0.0	top
79	L6	160.55	-102.84	0.0	top
80	L7	159.78	-113.97	180.0	top
81	L8	120.02	-63.96	0.0	top
82	MH2	211.2	-45.3	0.0	top
83	MH4	211.2	-135.3	0.0	top
84	MH5	65.2	-45.3	180.0	top
85	MH6	65.2	-135.3	180.0	top
86	MOD1	103.81	-105.77	180.0	bottom
87	P1	182.7	-133.8	0.0	top
88	P10	210.2	-78.85	90.0	top
89	P11	137.05	-46.2	0.0	top
90	P12	210.2	-120.05	90.0	top
91	P14	210.2	-91.55	90.0	top
92	P15	137.6	-129.3	0.0	top
93	P16	151.0	-129.3	0.0	top
94	P2	128.45	-46.2	0.0	top
95	P4	210.2	-105.8	90.0	top
96	P5	115.35	-46.2	0.0	top
97	P6	210.2	-58.05	90.0	top
98	P8	210.2	-69.55	90.0	top
99	Q1	154.4	-63.17	180.0	top
100	Q10	192.375	-121.2	90.0	top
101	Q2	160.7	-79.0	180.0	top
102	Q4	106.43	-117.73	180.0	top
103	Q5	160.31	-63.17	180.0	top
104	Q6	182.65	-60.04	180.0	top
105	Q7	112.7	-87.2	270.0	top
106	R1	163.9	-59.4	0.0	top
107	R2	167.4	-59.4	0.0	top
108	R20	173.9	-45.3	0.0	top
109	R21	177.1	-45.3	0.0	top
110	R3	97.9	-107.3	0.0	top
111	R30	124.71	-112.3	0.0	top
112	R31	128.77	-112.3	0.0	top
113	R40	175.76	-57.9	90.0	top
114	R41	179.87	-56.08	0.0	top
115	R42	116.58	-112.3	0.0	top
116	R5	92.2	-112.3	0.0	top
117	R50	112.4	-102.3	0.0	top
118	R51	104.65	-102.3	0.0	top
119	R52	108.53	-102.3	0.0	top
120	R53	134.9	-91.3	0.0	top
121	R54	134.9	-95.92	0.0	top
122	R55	101.9	-107.3	0.0	top
123	R56	105.9	-107.3	0.0	top
124	R57	134.9	-99.8	0.0	top
125	R58	134.9	-104.3	0.0	top
126	R6	100.33	-112.3	0.0	top
127	R60	174.1	-101.86	0.0	top
128	R61	174.1	-106.09	0.0	top
129	R7	104.39	-112.3	0.0	top
130	R8	108.45	-112.3	0.0	top
131	R80	80.44	-105.68	90.0	top
132	R81	80.585	-86.84	0.0	top
133	R82	85.615	-94.85	0.0	top
134	R83	103.44	-50.31	90.0	top
135	R84	92.315	-47.84	180.0	top
136	R85	144.53	-64.085	90.0	top
137	R86	148.24	-64.07	90.0	top
138	R87	136.51	-63.91	90.0	top
139	R88	132.25	-63.91	90.0	top
140	R89	202.11	-89.51	90.0	top
141	R90	202.11	-94.08	90.0	top
142	R91	202.11	-98.65	90.0	top
143	R92	88.9	-51.13	90.0	top
144	R93	85.18	-51.585	90.0	top
145	R94	85.18	-55.985	90.0	top
146	R95	85.18	-59.56	90.0	top
147	R96	88.9	-64.76	90.0	top
148	R97	88.9	-68.06	90.0	top
149	RB1	194.3	-48.3	0.0	top
150	RB2	198.3	-48.3	0.0	top
151	RB3	202.3	-48.3	0.0	top
152	RB4	206.3	-48.3	0.0	top
153	RCC1	161.4	-124.8	90.0	top
154	RCC2	164.71	-124.8	90.0	top
155	RCOMP1	175.76	-48.86	90.0	top
156	RCOMP2	174.1	-114.56	0.0	top
157	RDFU1	112.52	-112.3	0.0	top
158	REN1	182.44	-70.65	0.0	top
159	REN2	182.65	-67.27	0.0	top
160	RFREQ1	161.1	-55.6	90.0	top
161	RFREQ2	174.1	-110.33	0.0	top
162	RG1	161.35	-87.35	0.0	top
163	RGS1	160.675	-83.08	0.0	top
164	RIG1	165.37	-87.6	180.0	top
165	RIGB1	165.37	-92.6	0.0	top
166	RLED1	96.26	-112.3	0.0	top
167	RMLED1	202.11	-82.17	0.0	top
168	RRP1	168.01	-124.8	90.0	top
169	RS1	100.15	-88.3	0.0	top
170	RTP1	100.78	-102.3	0.0	top
171	RTS1	96.9	-102.3	0.0	top
172	SW1	202.45	-135.55	0.0	top
173	SW4G1	185.02	-99.7	0.0	top
174	TP1	120.07	-85.68	0.0	top
175	TP2	127.7	-87.3	0.0	top
176	U10	72.0	-107.7	270.0	top
177	U11	95.29	-54.51	270.0	top
178	U12	109.74	-64.485	270.0	top
179	U13	153.29	-90.035	270.0	top
180	U14	79.0	-94.2	270.0	top
181	U15	72.0	-122.9	270.0	top
182	U2	201.025	-68.715	90.0	top
183	U3	123.53	-118.27	0.0	top
184	U4	130.2	-118.3	0.0	top
185	U6	121.7	-94.2	90.0	top
186	U7	201.02	-109.36	90.0	top
187	Y1	94.55	-74.65	0.0	top
188	Y2	72.0	-74.4	0.0	top

5.0 KiB Raw Blame History

5.0 KiB

Raw Blame History