component

XL-1606UYC

Public Made by Adom

by adom

XINGLIGHT LED Indication - Discrete, SMD,1.7x1.1mm. KiCad symbol, footprint and 3D as used on Adom boards.

componentoptoelectronicsxl-1606uycboard-derived

Verified XL-1606UYC

by Claude, at Caleb Taylor's request · last 28 Oct 2026 · 1 record · files match
SymbolFootprint3D modelPins

Verification log 5 records

28 Oct 2026Claude, at Caleb Taylor's requestValidated against XINGLIGHT's XL-1606UYC technical data sheet (PDF dated 2025-11-04)files match
SymbolFootprint3D modelPinsfor all variants
  • ✓Datasheet: XINGLIGHT's own PDF (https://www.xinglight.cn/uploadfile/202602/29b3fea0daeeafa.pdf, linked from https://www.xinglight.cn/index.php?c=show&id=1171) is byte-identical to the copy the page carried (sha256 dded62bb4abd4913); 14 pages, no revision printed, PDF dated 2025-11-04; provenance moved from the LCSC/JLCPCB URL to the maker's
  • ✓Pins: polarity diagram (p.7) labels (1) minus and (2) plus; the bottom view puts the green cathode mark at terminal (1); pin 1 K / pin 2 A, both passive, as the symbol and footprint (cathode on pad 1); descriptions re-cited to p.7
  • ✓Footprint pads vs the Recommended Soldering Pattern (p.7): 0.77 x 0.95 mm at x = +/-0.815 (0.86 gap), exactly as printed; pad 1 (cathode) at -x
  • ✓3D model rebuilt (tier 3): the previous model, extracted from a board STEP with no licence, stood the LED upright (1.70 x 0.60 x 1.10 tall). XINGLIGHT publishes no STEP (product page links the PDF only); KiCad has no XL-1606 model (LED_Kingbright_APA1606 horizontal is a single fused solid without terminals; KiCad's chip_convex generator draws a 0.9 mm lens vs the printed 1.2). Hand-built in CadQuery from p.7, CC-BY-SA-4.0
  • ✓3D body vs p.7 at drawing scale (overlay docs/proof/xl-1606-3d-vs-drawing.png): L 1.70, W 0.60, H 1.10, base 0.48, lens top 1.20 (flank 1.27 at the base, R 0.08 measured), terminals 0.40 on the bottom and 0.15 on the top, cathode mark 0.10-0.30 mm toward pin 1; all on the drawing lines
  • ✓Mounted pose: on its side, seated on z = 0, height 0.60; lens 0.60 mm past the pads (lens tip footprint y -1.07, base y -0.45..+0.03) as the Recommended Soldering Pattern places it; terminal K over pad 1, A over pad 2
  • •Which face lies down, from the tape drawing (p.8): cathode toward the sprocket holes (reel note, diode symbol, A-A section) and lens toward the feed direction, so with the lens up the page the cathode is on the left: lens toward footprint -y. Conflict recorded: the p.7 pattern's outline is the front view pasted in and shows the green mark right of centre; it fixes position, not the face (docs/proof/xl-1606-tape-orientation.png). The bosch-ovhd-xarm_v1.0 LEDs then point at the board edge
  • ✓Footprint courtyard enlarged to -1.45..1.45 x -1.32..0.73 (0.25 mm around pads and lens; the old one ended at y -0.80, inside the lens) and F.Fab redrawn as the side-mounted body; pads, mask, paste, silk unchanged
  • •MPN etched as a virtual mark on the white base of the up-facing side wall (adom-chip-laser 0.2.0 inlay; `etch surface=side` finds no wall that fits the text and `surface=top` lands on the lens)
  • ✓DigiKey 5962-XL-1606UYCTR-ND (XINGLIGHT XL-1606UYC) confirmed by search 2026-10-28; Mouser does not carry it (searched XL-1606UYC)
  • ✓Symbol Datasheet / MPN / Manufacturer / DigiKey / Mouser / LCSC properties agree with page.json; footprint Datasheet property points at the manufacturer datasheet URL
  • •component-page-verify: all checks pass except pose: step_pose 0.2.0 off-origin from its contact heuristic (a 0.5 mm pad grow sweeps the body and lens into the contact on a 1.7 mm part); restricted to the terminal solids the contacts sit inside pads 1 and 2 (provenance/contact-proof.json)
Evidencedatasheet (XINGLIGHT)3D model over the outline drawingtape orientation3D model provenance
Verified files✓ xl-1606uyc.kicad_sym✓ xl-1606uyc.kicad_mod✓ xl-1606uyc.step
16 Oct 2026Claude (AI build)3D model provenance: extracted from the source board STEP export (designer custom library ...superseded
reviewfor all variants
  • •3D model provenance: extracted from the source board STEP export (designer custom library LED_CDT); the upstream model licence is not stated, so the page licence is NOASSERTION.
16 Oct 2026Claude (AI build)Datasheet language: bilingual Chinese/English (XINGLIGHT); the outline drawing on p.7 is a...superseded
reviewfor all variants
  • •Datasheet language: bilingual Chinese/English (XINGLIGHT); the outline drawing on p.7 is an image with no text layer.
16 Oct 2026Claude (AI build)3D model: on the source board the footprint of every XL-1606 colour points at a model file...superseded
reviewfor all variants
  • •3D model: on the source board the footprint of every XL-1606 colour points at a model file named XL-1606SURC.step; this page uses the geometry placed at this reference designator in the board STEP export (body 1.7 x 0.6 x 1.1 mm per the outline drawing, p.7). Confirm the lens colour and body against the drawing.
16 Oct 2026Claude (AI build)Automated build checks (awaiting human validation)superseded
SymbolFootprint3D modelPinsfor all variants
  • ✓Footprint extracted pad-for-pad from the source board and normalized to the footprint frame (back-side parts un-mirrored)
  • ✓3D model seated z=0 at footprint origin (placement inverse; method centroid-matched to KiCad library models on 59 cases)
  • ✓adom-lbr generate + lint passed
  • ✓2 of 2 pins described
  • •Not yet checked by a person: land pattern vs datasheet, pin-1/orientation, 3D body vs drawing
Evidencedatasheet
Verified files! xl-1606uyc.kicad_sym! xl-1606uyc.kicad_mod! xl-1606uyc.step
Spot something wrong? Report it as an issue Propose a fix Records are signed by members of adom.
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xl-1606uyc / provenance / tools / build.sh
HistoryDownload
Caleb Publish 0.1.1 793d574 1d ago
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#!/bin/bash
# Rebuild the XL-1606 side-view LED models (Adom, 2026-10-28). Needs cadquery 2.8, step2glb 0.13.2, curl.
set -e
python3 build_xl1606.py xl1606-mounted.step                       # mounted pose, all five MPNs share the geometry
python3 -c "import importlib.util,cadquery as cq;s=importlib.util.spec_from_file_location('b','build_xl1606.py');b=importlib.util.module_from_spec(s);s.loader.exec_module(b);a=cq.Assembly(name='proxy');[a.add(b.mounted(w),name=n,color=cq.Color(*c)) for n,(w,c) in b.build().items() if n!='lens'];a.export('proxy-nolens.step')"
for V in SURC UBC UGC UOC UYC; do
  # adom-chip-laser 0.2.0 inlay (the mark alone), computed without the lens so it lands on the white base wall
  curl -s -X POST "https://laserchip-6dn1tl7vjz5u.adom.cloud/inlay?mpn=XL-1606$V&surface=top" --data-binary @proxy-nolens.step -o inlay-$V.step
  v=$(echo $V | tr A-Z a-z); mkdir -p xl-1606$v
  python3 assemble_xl1606.py XL-1606$V inlay-$V.step xl-1606$v
  for f in xl-1606$v xl-1606$v-etched; do
    step2glb convert xl-1606$v/$f.step -o xl-1606$v/raw-$f.glb
    python3 glbmat.py xl-1606$v/raw-$f.glb xl-1606$v/$f.glb "0.89,0.89,0.848=0.0,0.5,Adom.Body (white substrate)" \
      "0.711,0.711,0.674=1.0,0.35,Adom.Leads (matte tin)" "0.711,0.848,0.911=0.0,0.1,Adom.Lens (water-clear epoxy),0.45" \
      "0.004,0.342,0.033=0.0,0.6,Adom.CathodeMark"
  done
done