BME680 Breakout Molecule
Public Made by Adomby adom
Bosch BME680 four-in-one sensor (temp + humidity + pressure + gas/VOC) on a small Adom molecule. I²C/SPI host. Compact breakout for environmental sensing on a workcell.
BME680 Breakout Molecule
Bosch BME680 four-in-one sensor (temp + humidity + pressure + gas/VOC) on a small Adom molecule. I²C/SPI host. Compact breakout for environmental sensing on a workcell.
How it works
This molecule is authored in tscircuit (TSX) and rendered through
adom-tsci for the interactive 3D viewer + Components / Nets HUDs +
Walkthrough Demo. The board source — lib/index.tsx,
package.json, walkthrough — ships as a downloadable source bundle
on this page. Untar it and run bun install && bunx tsci build to
recreate the GLB / PCB / schematic from source.
Live 3D viewer
Open the interactive viewer above to orbit the board, click any chip for refdes + footprint, run the Walkthrough Demo, or open the Nets HUD for the auto-glow x-ray view.
Hardware summary
| Block | Notes |
|---|---|
| Source | tscircuit TSX in lib/index.tsx |
| Build | bunx tsci build lib/index.tsx --glbs --svgs --3d-png --pcb-png |
| Preview | adom-tsci start . |
| Publish to wiki | adom-tsci export-wiki . --slug bme680-breakout-molecule --page-type molecules |
Files attached
- 3d.glb — full 3D model (open in any glTF viewer)
- pcb.svg / pcb.png — flat PCB layout
- schematic.svg — circuit diagram
*-source.tar.gz— full tscircuit project source (recreate withbun install && bunx tsci build)
Provenance
Authored with tscircuit; published via adom-tsci export-wiki from adom-tsci/examples/BME680-Breakout-Molecule.
Designed by Adom in Fort Worth, Texas.
# BME680 Breakout Molecule
Bosch BME680 four-in-one sensor (temp + humidity + pressure + gas/VOC) on a small Adom molecule. I²C/SPI host. Compact breakout for environmental sensing on a workcell.
## How it works
This molecule is authored in **tscircuit** (TSX) and rendered through
**adom-tsci** for the interactive 3D viewer + Components / Nets HUDs +
Walkthrough Demo. The board source — `lib/index.tsx`,
`package.json`, walkthrough — ships as a downloadable source bundle
on this page. Untar it and run `bun install && bunx tsci build` to
recreate the GLB / PCB / schematic from source.
## Live 3D viewer
Open the interactive viewer above to orbit the board, click any
chip for refdes + footprint, run the Walkthrough Demo, or open the
Nets HUD for the auto-glow x-ray view.
## Hardware summary
| Block | Notes |
|---|---|
| Source | tscircuit TSX in `lib/index.tsx` |
| Build | `bunx tsci build lib/index.tsx --glbs --svgs --3d-png --pcb-png` |
| Preview | `adom-tsci start .` |
| Publish to wiki | `adom-tsci export-wiki . --slug bme680-breakout-molecule --page-type molecules` |
## Files attached
- **3d.glb** — full 3D model (open in any glTF viewer)
- **pcb.svg / pcb.png** — flat PCB layout
- **schematic.svg** — circuit diagram
- **`*-source.tar.gz`** — full tscircuit project source (recreate with `bun install && bunx tsci build`)
## Provenance
Authored with tscircuit; published via `adom-tsci export-wiki` from `adom-tsci/examples/BME680-Breakout-Molecule`.
*Designed by Adom in Fort Worth, Texas.*