925-126J-51P

{
 "slug": "925-126j-51p",
 "mpn": "925-126J-51P",
 "date": "2026-10-27",
 "source": {
  "tier": 3,
  "kind": "Adom-built from the manufacturer drawing (cadquery)",
  "url": "https://www.amphenolrf.com/en-us/assets/file/4065789372/",
  "file": null,
  "sha256": "d0f7d88e2577de061e8cc87627ea089cfc48759d87fd4e1e6bc4bc5833e70f65",
  "drawing": "Customer outline drawing 925-126J-51P Rev A (03-Jun-16, ECO 00941); Amphenol RF file sha256 d0f7d88e2577de06 (vector, no text layer) with an invisible OCR text layer added by ocrmypdf 15.2 (artwork unchanged: renders pixel-identical)",
  "terms": "CC-BY-SA-4.0 (Adom-authored model). Amphenol RF publishes a \"STP 3D Model\" link on the product page, but the download (https://www.amphenolrf.com/en-us/assets/file/4066964497/) redirects to the myAmphenol login (no login walls allowed), and the site's terms link resolves to the terms and conditions of sale with \"Copyright 2026 Amphenol RF. All Rights Reserved.\" and no redistribution licence for CAD. KiCad's libraries (Connector_Coaxial) have no SMP / SMPM model. So the model is tier 3: built by Adom from the drawing, CC-BY-SA-4.0.",
  "terms_url": "https://creativecommons.org/licenses/by-sa/4.0/",
  "manufacturer_model_checked": {
   "product_page": "https://www.amphenolrf.com/en-us/part/925-126j-51p/4449/",
   "result": "login wall; not used"
  }
 },
 "transform": {
  "description": "none: built directly in the footprint frame (Z-up, z = 0 = PCB top surface, identity footprint binding)",
  "rotate_deg": [
   0,
   0,
   0
  ],
  "translate_mm": [
   0,
   0,
   0
  ]
 },
 "outputs": {
  "925-126j-51p.step": "af061e6e61935208a818e6b5e3340ffc73d13119c9afa3a42875930bcd65c2bf",
  "925-126j-51p-etched.step": "0a4ba037f00ca9f6c7b50fc3de45d5b5da238674c384e8aade62acaf4a153c9b",
  "925-126j-51p.glb": "6766a9532b6978ef4c6353b20a3e04db32ea0d5098fb49c8f051fa35c64a4f4c",
  "925-126j-51p-etched.glb": "a18cdde07405604a80d7feafdeae09bdf58970e2ab9ee714acdb4e5c3299f465"
 },
 "checks": [
  {
   "text": "Overall 7.95 REF (mating face to tab ends): model tabs end at x 7.95",
   "result": "pass"
  },
  {
   "text": "Width 4.47 REF: model y -2.235..2.235 (4.47)",
   "result": "pass"
  },
  {
   "text": "Height 3.51 REF and 2.11 REF above the mounting plane: model z -1.40..2.11",
   "result": "pass"
  },
  {
   "text": "Body 5.03 REF long (front part, fills the 5.03 slot); tabs 2.92 REF behind it, 0.58 REF thick on z = 0",
   "result": "pass"
  },
  {
   "text": "Part below the board 3.4 REF wide with 0.32 x 45 deg bottom chamfers (2.77 flat), in the 3.60 slot: 0.10 clearance each side",
   "result": "pass"
  },
  {
   "text": "Contact 0.71 dia on the axis 0.36 REF above the mounting plane (bottom at z 0.005, on pad 1), ending 8.11 from the mating face (measured)",
   "result": "pass"
  },
  {
   "text": "Top flat 2.77 REF: circle r 2.235 about the axis clipped at z 2.11 gives 2.78",
   "result": "pass"
  },
  {
   "text": "Not dimensioned, display assumptions: bore depth 1.00 with a 0.17 x 45 deg entrance chamfer (the 2.44 / 2.10 circles), pin tip 0.50 behind the mating face",
   "result": "note"
  },
  {
   "text": "step_pose plain: 925-126j-51p.step extents [8.11, 4.47, 3.51] zmin -1.4 centre offset 0.085 binding identity (seated on z = 0 (10.7 mm2 seating plane on the pads), 1.40 mm below the board through Edge.Cuts)",
   "result": "pass"
  },
  {
   "text": "step_pose eda: 925-126j-51p-etched.step extents [8.11, 4.47, 3.51] zmin -1.4 centre offset 0.085 binding identity (seated on z = 0 (10.7 mm2 seating plane on the pads), 1.40 mm below the board through Edge.Cuts)",
   "result": "pass"
  }
 ],
 "builder": "provenance/tools/build_925-126j-51p.py",
 "etch": "adom-chip-laser 0.2.0 etch 925-126j-51p.step 925-126J-51P 925-126j-51p-etched.step (surface auto: top face)",
 "glb": "step2glb convert (glTF-Transform, KHR_mesh_quantization)"
}