project
Adom Custom Electronic Load
Public Made by Adomby adom
Two-layer digitally controlled electronic-load prototype. Compact R11 is under active electrical, cooling and probe-access review; not a manufacturing release.
← Commit history
Save verified live comparison footage and link the interactive cooling viewer
4 files changed
+30−1
docs/cooling-3d/README.md+5−1@@ -8,7 +8,7 @@ All three models use a **72 × 72 mm PCB packing target**, compared with the cur These are **mechanical mockups**, with Q1, an isolation-stack reservation, a cooler, four large pins, scaffold contact locations and proposed probe/USB reservations. They are not populated or routed versions of the complete 107-reference board. No existing board file or manufacturing release was changed. The cooling source geometries are original approximations bounded by supplier dimensions; they are not manufacturer digital twins. -**[Open the interactive three-option 3D comparison](viewer.html)** — one shared Adom viewer, with a selector and a hide-cooler control to inspect Q1.+**[Open the interactive three-option 3D comparison](https://wiki.adom.inc/adom/adom-custom-electronic-load/render/docs/cooling-3d/viewer.html)** — one shared Adom viewer, with a selector and a hide-cooler control to inspect Q1. ## 1. Preferred 50 mm low-profile cooler @@ -96,3 +96,7 @@ Higher DUT power also requires checking Q1's **DC safe operating area at actual Investigate the **40 mm fin stack with a documented feedback fan** first for watts per plan area. Keep the preferred 50 mm design as the low-height candidate and Pi's 5 V blower as the documented-interface candidate. Resolve actual fin geometry, pressure/flow, cold-plate contact, insulating materials and clamp load before selecting one. Then place all components, preserve D1 copper, route the 72 mm target and replay every required probe/pincer motion. If those do not fit, grow the PCB in scaffold-compatible steps rather than claiming the packing target passed. No fabrication geometry, installed thermal rating, physical test or higher-power release is claimed. Research/model date: 13 October 2026.++## Process recording++[37-second raw Pup comparison clip](../../videos/cooling-3d/three-concepts-raw.mp4): switch cooler concepts, hide the cooler to inspect the Q1 interface, and compare overall height. This is source footage for the narrated edit; no new voiceover or captions are attached to this raw take.
videos/cooling-3d/probe.jsonadded+16@@ -0,0 +1,16 @@+{+ "programs": [++ ],+ "streams": [+ {+ "codec_name": "h264",+ "width": 2560,+ "height": 1528+ }+ ],+ "format": {+ "duration": "36.933333",+ "size": "4444099"+ }+}
videos/cooling-3d/recording.jsonadded+9@@ -0,0 +1,9 @@+{+ "sha256": "53b3e49cd930a2fa3c9d1b909bc9c778a9ee46259594edf3de6b98ad16e068f9",+ "durationMs": 36907,+ "nativeRecorder": true,+ "content": "Pup canonical 3D viewer; taller cooler, hidden cooler Q1 interface, Pi concept, preferred concept",+ "narrated": false,+ "decode": "ffmpeg full decode passed",+ "sourceReceipt": "rec-ce1434ecabdc4bbc803bc1e7648bf343"+}
videos/cooling-3d/three-concepts-raw.mp4added⋯ 1 unchanged line ⋯