kyle

Real-world variant view for any MPN — distributor-truthed bare-chip candidates, symbol-variant sub-grouping, deep 3D-model search, citation-aware PDF deep-links. Feeds chipfit /3d-variants.

Fork of Colby's adom-3d-viewer (Babylon 7.54) bumped to Babylon 9.5 with the redesigned Inspector v9. Vendored ESM bundle for downstream Adom tools (chiplinter, chipfit-v2, future viewers). Distribute

Pair a .glb chip model with its .kicad_mod footprint in a Hydrogen webview. Validates package family, pin count, seat-plane Δz, size-match. Bake a persistent pin-1 registration dot onto the chip GLB.

Detect every chip's electrical-contact features (legs / pins / pads / balls / tabs) automatically from a 3D model, validate against the KiCad footprint, and bake an annotated GLB so downstream tools c

STEP-native chip validator — 5-source cross-validation, OCCT-generated copyright-free 3D models with embedded signal annotations, datasheet-to-STEP pipeline.

Build a PCB by prompting an AI, watch every step stream into a Hydrogen webview. Rust-native pipeline (parse, DRC, ERC, gerber, SVG, autorouter) + Babylon.js 8.x 3D scene. Mouser-first BOM. Shares one

CLI for the LCSC-3D-model → KiCad-footprint alignment transform. One JSON line out: {rot_deg, offset_mm}. Backed by a per-library CSV corpus auto-republished from task files in adom-pin1-truth/compone

Laptop bridge: screenshots, file transfer, notifications, KiCad + Fusion 360 control, real-Chrome (pup) automation. One install gives Claude the main + pup + kicad + fusion skills.

Bridge SDK guide: bridge.json schema, kind:python/node/exe, hello-python + hello-rust reference templates, packaging + lifecycle commands.

Canonical directory of installable Adom Desktop bridges — official, sample, and community-maintained. Humans browse it; the GUIs Browse tab parses the same tables.

Reference implementation of the Fusion 360 bridge — thin Python HTTP server that passes commands through to a Fusion add-in via local socket. The pattern for any host app that exposes a plugin API.

Minimal third-party Adom Desktop bridge in ~80 lines of Python stdlib. Fork this as a starting point for your own bridge.

Minimal third-party Adom Desktop bridge in ~140 lines of Rust (tiny_http + serde, single static binary). Fork this when you want a no-runtime native bridge.

Reference implementation of the KiCad bridge — multi-instance Python server, forward path via kicad-cli, reverse path via in-process plugin. Most complex of the three bundled bridges.

Reference implementation of the Puppeteer bridge — Node + puppeteer-core + Chrome for Testing for headful browser automation, multi-window, per-tab CDP screencast recording.

Search DigiKey components, pricing, and stock. Three faces: CLI verbs (search/part/health), a Hydrogen webview app, and a shared backend HTTP service.

Full-stack enterprise resource planning for tech startups — Finance, SCM, HCM, CRM, Manufacturing, Reporting + startup-specific equity, SaaS metrics, burn rate, OKRs

KiCad footprint creator with interactive viewer, layer HUD, and delivery to KiCad and Fusion 360

Post to Google Chat from any Adom container. Webhook-based, org-customizable. Each org configures their own spaces, then publishes an org-scoped wiki page so their teammates auto-discover it.

Adom's Google Chat webhook configuration. Auto-deployed to Adom employee containers via adom-gchat install.

Render a GLB to a PNG via headless three.js. CLI sibling to step2glb / adom-pin1-truth — gives Claude (and you) a way to verify 3D component models without spinning up a webview screenshot loop.

Draft-quote pipeline for InstaPCB. Ingests gerbers + BOMs, resolves LCSC via adom-jlcpcb, prices parts through Mouser with OOS substitution, classifies Adom internal/basic house parts, and produces ca

Search JLCPCB's 437K-component parts library (basic/preferred/extended). Rust CLI + Hydrogen webview app + Node.js + SQLite FTS5 backend — no API credentials needed (all local).

Import KiCad libraries from zip files (SamacSys, SnapEDA, etc.) into KiCad 9 via adom-desktop

EAGLE .lbr generator, 7-check linter, and bidirectional KiCad converter

Import KiCad, Fusion 360, and EasyEDA files into the Adom molecule system. Create, optimize, list, and delete molecules from the command line or Claude Code.

Search Mouser components, pricing, and stock. Three faces: CLI verbs (search/part/health), a Hydrogen webview app, and a shared backend HTTP service.

Unified parts search across Mouser + DigiKey + JLCPCB in parallel. Side-by-side comparison with product photos. Mouser-preferred routing (40-min drone to Fort Worth, near-zero shipping).

In-page PDF viewer for Hydrogen webview tabs — PDF.js + thumbnail strip + citation-aware highlighting + reveal-in-VS-Code.

CLI shim over the pin-1 location dataset for KiCad standard footprints. One arg in (Library/Footprint), one JSON line out ({x_mm,y_mm,z_mm}). v0.2.0: fuzzy fallback strips _EP*x*mm and _ThermalVias su

Rust CLI for the Adom Carbon/Hydrogen platform API — containers, repos, orgs, workspaces, screenshots, recordings

Generic file-preview viewer. `quicklook view <path-or-url>` opens .glb files in the canonical adom-inc/3d-viewer or .svg files in a brand-compliant zoom/pan preview, both in a Hydrogen webview tab. Re

Many parallel Claude Code chat threads per container — each in its own Hydrogen webview tab, kept in sync with claude.ai/code in your native browser and the Anthropic phone app.

Fusion 360-style viewer for STEP / STP files in a Hydrogen webview. Components outline, smart-pick measure (mm + mils + angle), hover-inspect HUD, and geometry-based pin / contact detection that handl

KiCad symbol creator with interactive viewer, pin tooltips, group labels, and delivery to KiCad and Fusion 360

If you can see this, you are a member of the Adom org.

Interactive tscircuit preview in a Hydrogen webview — first-class 3D / PCB / Schematic tabs, Components & Nets HUDs, an auto-glow x-ray view, Inspect, Measure, a Walkthrough Demo, and a one-click `exp

Adom's shared edge-tts wrapper with pronunciation overrides + source-hash cache, now with a built-in auto-player. Pass --play to 'say' (or run 'play' on a path/id/last) to auto-play synthesized clips

Deterministic UI/CLI/skill compliance linter for Adom apps

Frame-accurate video player for Adom containers. Plays .webm/.mp4 with native HTML5 controls + custom toolbar. Path rows click-to-reveal in VS Code Explorer; extract/trim outputs auto-reveal too. CLI-

VS Code Server control CLI + extension — open files, reveal in explorer, paste screenshots, context viewer, workspace modes. v1.0.5.

CLI for the Adom Wiki. v0.4.1: `adom-wiki url` returns the wiki origin (and page URLs when given a <type>/<slug>). Inherits v0.4 caption requirement + Developer-identity guard.

Inventory management with intelligent matching, pricing engine, InstaPCB API, and health dashboard. 210+ components, live vendor stock, auto-tags, natural sort.

Download manufacturer-grade chip CAD bundles (STEP + KiCad + Altium + Fusion + datasheets) by driving Chrome via pup. Manufacturer-first sourcing ladder with programmatic enforcement. 9-level complete

Renders 18 PNGs per chip in chip-fetcher's library (6 face-up orientations x 3 sizes) via the new /thumbnail-batch endpoint. Mass library re-render dropped 30 min to 3:22.

Compares ds2sf-extracted symbol+footprint against chip-fetcher's KiCad/EAGLE/Altium libraries across seven axes and emits an opinionated agent-to-agent result.json. v0.8 adds a KelvinSenseRepresentati

COSMIIC org bootstrap — skills, projects, brand assets, and welcome page for implantable device platform development

Parses manufacturer PDF datasheets into structured wiki markdown with extracted diagrams, electrical specs, pin descriptions, and design charts, then publishes them to the Adom Wiki. Delegates extract

Internal Adom tool for tracking DHL freight + duty/VAT invoices, auto-pulling them from Gmail, and surfacing customs HS codes from freight PDFs.

Reads the manufacturer's datasheet PDF and produces everything needed to create a chip from scratch: symbol JSON, footprint with per-pad positions + JEDEC mechanical dimensions, 3D chip geometry + lea

Real-time web UI + Python/FastAPI backend + CLI for the Keysight DSOX1204G oscilloscope.

Adom platform bundle for Hydrogen Desktop. Built by adom-inc/gallia-hd-bundle from upstream adom-inc/gallia — strips legacy-container cleanup, drops bootstrap.sh, ships 117 skills + cleaned-down insta

Slim Ubuntu 24.04 Docker image for Hydrogen Desktop — 1.82 GB (77% smaller than the cloud image). Public on ghcr.io, no auth needed.

Side-by-side capability comparison: 4 h vs 5 d, 1-board MOQ, 0.08 mm traces, selective v-scoring, edge plating included.

2D PCB viewer for .kicad_pcb files in a Hydrogen webview. Pan, zoom, toggle layers, flip to inspect the back side. Stdlib Python, ~22 KB binary.

Complete 18-week Applied AI Engineering curriculum for Liberty Christian School — from Claude Code to self-driving robots

Animated dancing robot with 6 moves, disco lights, and LCS Warriors branding

Interactive study flashcards for Liberty Christian School — Anatomy, Bible, and more

3D-printable personalized desk nameplate with LCS Warriors branding for Bambu Lab printers

Interactive web-based visualizer for MOSFET IV curves (Id vs Vds). Plot multiple Vgs sweeps, overlay devices, compute saturation boundaries, and extract Vth/Rds(on).

NTX Embedded bootstrap — Octolux HMI management app, device skills, and customer projects. Depends on adom/core for the base toolset.

Full walkthrough: from fresh Adom container to deployed Octolux HMI in under 3 minutes, powered by Claude Code and the Hydrogen ecosystem.

Unified parts search across Mouser + DigiKey + JLCPCB with Mouser-preferred routing for fast drone-delivery from the Fort Worth facility. CLI + Hydrogen webview app.

Run the full Adom safety & health program: policy reader, periodic-task tracker, incident reporting, CAPA, risk register, OSHA forms, LOTO, HazCom, hourly Google Chat TODO digest, audit log. SQLite-ba

DRC, ERC, SVG/Gerber/STEP/GLB export, symbol/footprint/3D-model lookup. Every Adom tool shells to this CLI instead of calling the HTTP API directly.

Internal ops guide: SSH access, watchdog, deploy, credential rotation, KiCad upgrades. Adom employees only.

Chronological screenshot logging for AI debug loops — capture, annotate, and review visual progress across channels.

Lints SKILL.md files for description quality (1,536-char cap, front-loaded triggers, valid frontmatter), and ships a UserPromptSubmit hook that injects a system reminder naming the skills that match e

Thin Rust CLI that converts STEP (.step/.stp) CAD files to GLB with per-face colors preserved, via the shared service-step2glb container (OCCT XCAF). Requires X-Client and X-Job-Name identity headers

A 24x16 mm 4-pin power brick using TI's TPS562201 synchronous buck. 12 V in, 3.3 V out at 500 mA (3 A silicon — 6x thermal headroom). 45.3k/10k feedback divider hits exactly 3.30 V. Reference DC-DC ex

Demo recording post-production: speed up boring parts with overlay captions, voiceover, and wiki publish

Demo recording post-production: speed up boring parts with overlay captions, voiceover, and wiki publish

Browser GUI for the Adom wire-bender. Loads a Hydrogen Layout JSON, queues wires, and drives the RP2350 toolboard directly over WebUSB — one Next Bend button generates G-code, updates the 3D preview,

Small-signal fast switching diode, 100V, DO-35

1A 40V Schottky diode, DO-41

NPN general-purpose transistor, 40V, 800mA, TO-92

N-channel enhancement MOSFET, 60V, 200mA, TO-92

Molecule exported from Fusion 360: 32mmPins40mmEdge

Molecule exported from Fusion 360: 32mmPins64mmEdgeWing

Molecule exported from Fusion 360: 32x64mmPins40x72mmEdge

16-pin dual inline package — classic IC package for logic and drivers

Classic 8-pin dual inline package — breadboard-friendly through-hole IC

100-pin quad flat pack — large microcontrollers and FPGAs

32-pin quad flat pack — compact QFP for small microcontrollers

10-pin dual-row 2.54mm header — JTAG, SWD, and standard debug connectors

20-pin quad flat no-lead — compact leadless IC package with exposed pad

48-pin low-profile quad flat pack — standard for STM32, ESP32, and mid-range MCUs

Ultra-small 6-pin SMD package — the tiniest standard IC package

SMA surface-mount diode package — standard for rectifiers and TVS diodes

16-pin small outline IC — the SMD equivalent of DIP-16

8-pin small outline IC — the most popular surface-mount IC package

Medium-power surface-mount package with large thermal tab

3-pin small outline transistor — the most widely used SMD transistor package

Medium-power SMD package — between SOT-23 and SOT-223 in capability

Through-hole power package — voltage regulators, MOSFETs, and linear transistors

High-power through-hole package — IGBTs, large MOSFETs, and power modules

Surface-mount power package — the SMD equivalent of TO-220

Large surface-mount power package — high-current MOSFETs and regulators

Classic through-hole transistor — the most iconic small-signal package

14-pin thin shrink small outline — compact IC package for logic and drivers

WAGO 2601 series PCB terminal block, push-in CAGE CLAMP, 1 positions, 3.5 mm pin spacing, horizontal mount.

WAGO 2601 series PCB terminal block, push-in CAGE CLAMP, 2 positions, 3.5 mm pin spacing, horizontal mount.

WAGO 2601 series PCB terminal block, push-in CAGE CLAMP, 3 positions, 3.5 mm pin spacing, horizontal mount.

WAGO 2601 series PCB terminal block, push-in CAGE CLAMP, 4 positions, 3.5 mm pin spacing, horizontal mount.

WAGO 2601 series PCB terminal block, push-in CAGE CLAMP, 5 positions, 3.5 mm pin spacing, horizontal mount.

WAGO 2601 series PCB terminal block, push-in CAGE CLAMP, 6 positions, 3.5 mm pin spacing, horizontal mount.

WAGO 2601 series PCB terminal block, push-in CAGE CLAMP, 7 positions, 3.5 mm pin spacing, horizontal mount.

WAGO 2601 series PCB terminal block, push-in CAGE CLAMP, 8 positions, 3.5 mm pin spacing, horizontal mount.

WAGO 2601 series PCB terminal block, push-in CAGE CLAMP, 9 positions, 3.5 mm pin spacing, horizontal mount.

WAGO 2601 series PCB terminal block, push-in CAGE CLAMP, 10 positions, 3.5 mm pin spacing, horizontal mount.

WAGO 2601 series PCB terminal block, push-in CAGE CLAMP, 11 positions, 3.5 mm pin spacing, horizontal mount.

WAGO 2601 series PCB terminal block, push-in CAGE CLAMP, 12 positions, 3.5 mm pin spacing, horizontal mount.

WAGO 2601 series PCB terminal block, push-in CAGE CLAMP, 2 positions, 3.5 mm pin spacing, vertical mount.

WAGO 2601 series PCB terminal block, push-in CAGE CLAMP, 3 positions, 3.5 mm pin spacing, vertical mount.

WAGO 2601 series PCB terminal block, push-in CAGE CLAMP, 4 positions, 3.5 mm pin spacing, vertical mount.

WAGO 2601 series PCB terminal block, push-in CAGE CLAMP, 5 positions, 3.5 mm pin spacing, vertical mount.

WAGO 2601 series PCB terminal block, push-in CAGE CLAMP, 6 positions, 3.5 mm pin spacing, vertical mount.

WAGO 2601 series PCB terminal block, push-in CAGE CLAMP, 6 positions, 3.5 mm pin spacing, vertical mount.

WAGO 2601 series PCB terminal block, push-in CAGE CLAMP, 7 positions, 3.5 mm pin spacing, vertical mount.

WAGO 2601 series PCB terminal block, push-in CAGE CLAMP, 8 positions, 3.5 mm pin spacing, vertical mount.

WAGO 2601 series PCB terminal block, push-in CAGE CLAMP, 8 positions, 3.5 mm pin spacing, vertical mount.

WAGO 2601 series PCB terminal block, push-in CAGE CLAMP, 9 positions, 3.5 mm pin spacing, vertical mount.

WAGO 2601 series PCB terminal block, push-in CAGE CLAMP, 10 positions, 3.5 mm pin spacing, vertical mount.

WAGO 2601 series PCB terminal block, push-in CAGE CLAMP, 11 positions, 3.5 mm pin spacing, vertical mount.

WAGO 2601 series PCB terminal block, push-in CAGE CLAMP, 12 positions, 3.5 mm pin spacing, vertical mount.

WAGO 2601 series PCB terminal block, push-in CAGE CLAMP, 14 positions, 3.5 mm pin spacing, vertical mount.

WAGO 2601 series PCB terminal block, push-in CAGE CLAMP, 24 positions, 3.5 mm pin spacing, vertical mount.

USB-C 2.0 receptacle, 16-pin SMD with 4 BVC mounting tabs. LCSC C165948. Used by Pinch v1 J154.

Molecule exported from Fusion 360: 3DPrintWallBoard

4pcs-Parallel_Carrier_Board

4pcs-Series_Carrier_Board

Molecule exported from Fusion 360: 4_PIN_JUMPER

502535 LiPo

502535 LIPO Molecule v1

Molecule exported from Fusion 360: 6s LIPO PACK WITH INDICATOR

3-to-8 line decoder/demultiplexer, DIP-16

Hex Schmitt-trigger inverter, DIP-14

Octal bus transceiver, bidirectional, DIP-20

8-bit shift register with output latch, DIP-16 / SOIC-16

Parametric STEP/GLB of Nexperia 74HC595BQ shift register in DHVQFN-16 (SOT763-1), built from datasheet dimensions

7in Display Molecule

Molecule exported from Fusion 360: 7in Display Moleculte

Stepper motor driver, microstepping, up to 2A, QFN-28

AD3-Molecule

Programmable waveform generator, DDS, SPI, MSOP-10

Molecule exported from Fusion 360: Adafruit USB Type C Vertical Breakout

ADIPOSE Molecule v2

Molecule exported from Fusion 360: Adom_Breadboard

16-bit 4-channel ADC with I2C interface, TSSOP-10

24-bit 8-channel delta-sigma ADC, SPI, SSOP-28

albino

The AMS1117 is a 1A low-dropout linear voltage regulator from Advanced Monolithic Systems, available in adjustable and fixed (1.5V, 1.8V, 2.5V, 2.85V, 3.3V, 5.0V) versions in SOT-223, TO-252, and SO-8

1A LDO 3.3V regulator, SOT-223

Molecule exported from Fusion 360: AngleAdapter

another_molecule_v1

30V 5.7A N-channel MOSFET, SOT-23, RDS(on) 26.5mOhm

Alpha & Omega Semiconductor AOZ1282CI EZBuck. 4.5–36 V input, 1.2 A output adjustable down to 0.8 V, 450 kHz PWM, internal 420 mΩ NMOS, SOT23-6L.

Diodes AP2112. 600 mA CMOS LDO, ±1.5 % accuracy, 2.5–6.0 V input, enable pin, low-quiescent 55 µA, fixed 1.2/1.8/2.5/2.6/3.3 V, SOT25/SOT89-5/SO-8.

600mA LDO 3.3V regulator, SOT-23-5

Diodes AP2114. 1 A CMOS LDO with enable, ±1.5 % accuracy, 450 mV dropout @ 1 A, 30 µVrms noise, 60 µA Iq. 1.2/1.5/1.8/2.5/3.3 V fixed + adjustable. SOT-223 through PSOP-8.

Diodes AP63357 (V-DFN3020-13). 3.5 A synchronous buck with 74 mΩ HS + 40 mΩ LS MOSFETs, 22 µA IQ PFM mode, 450 kHz FSS for low EMI, 3.8–32 V input.

Gesture, proximity, ambient light, and color sensor, I2C

AS5047_Molecule

AS5047CarrierBoard_BreakawayMolecule

AS5047CarrierBoard_BreakawayMolecule

ams OSRAM AS5147. 14-bit absolute / 11-bit incremental magnetic rotary sensor with DAEC™. SPI, ABI, UVW, PWM outputs. TSSOP-14, AEC-Q100 Grade 0 for BLDC motor commutation in EPS/transmission.

AS5147

256Kbit I2C EEPROM, SOIC-8

Microchip (Atmel) ATmega328P. 8-bit AVR RISC, 32KB flash, 2KB SRAM, 1KB EEPROM, 23 I/O, 10-bit ADC, 20 MHz, 1.8–5.5 V. The core of the Arduino Uno.

8-bit AVR MCU, 20MHz, 32KB Flash, TQFP-32

Molecule exported from Fusion 360: ATmega328P Design

8-bit AVR MCU, 20MHz, 8KB Flash, SOIC-8

DC power barrel jack — 5.5/2.1mm, the standard DC power input connector

base-scaffold-204x204

Molecule exported from Fusion 360: Basic Components 3x1 Panelized

Molecule exported from Fusion 360: Basic Components 3x1 PART2 Panelized

Curated library of 138 basic passive components (resistors, MLCCs, inductors, LEDs, ferrite beads) in 0402/0603/0805 packages with Mouser sourcing info.

Bosch Sensortec BHI360 programmable, ultra-low-power smart sensor hub with integrated 6-axis IMU (accelerometer + gyroscope), 32-bit Fuser2 MCU, and BSX sensor fusion library. 2.5x3.0mm LGA-20 package

Compact tscircuit breakout for the Bosch BHI360 ultra-low-power smart sensor hub (6-axis IMU + 32-bit Fuser2 MCU + BSX sensor fusion). 2.5x3.0mm LGA-20, 7.8 µA deep sleep, SPI/I2C host. Adom 4-pin mol

16×16 mm BHI360 + BMM350 combo breakout (9-DOF fusion hub + aux-bus mag). I²C at 0x28 via MC12↔MC3 strap. Runs Shuttle3 BHI360+BMM350C fusion firmware.

16×16 mm BHI385 + BMM350 combo breakout (9-DOF fusion hub + aux-bus mag). Identical layout to BHI360 combo; I²C at 0x29 via MC11↔MC3 strap.

Bosch Sensortec BMA400. 12-bit triaxial accelerometer, ±2g/±4g/±8g/±16g, <14.5µA normal mode. Step counter, activity recognition, tap detection, 1KB FIFO, SPI/I²C. LGA-12 2×2×0.95mm.

Compact 8×8 mm I²C breakout for the Bosch BMA400 ultra-low-power 3-axis accelerometer (14.5 µA, 0x14). Address + interface selected via on-board jumpers.

Bosch Sensortec BMA456. 16-bit triaxial MEMS accelerometer for wearables. +/-2g to +/-16g range, 150uA performance / 3.5uA suspend, SPI/I2C, 1KB FIFO, step counter, LGA-12 2x2mm. Standardized datashee

Bosch Sensortec BMA530 ultra-small triaxial low-g MEMS accelerometer — 16-bit, +/-2g to +/-16g, SPI/I2C/I3C, 125 uA typ, 1.2x0.8 mm WLCSP

Compact 8×8 mm I²C-only breakout for the Bosch BMA580 accelerometer (fixed 0x18, on-chip hardware AI step counter / classifier).

Temperature, humidity, and pressure sensor, I2C/SPI, LGA-8

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.

Bosch Sensortec BME688 — Digital low power gas, pressure, temperature & humidity sensor with AI

Bosch Sensortec BME690 digital low-power temp/humidity/pressure/gas sensor with AI in 3.0x3.0x0.9 mm LGA-8. 1.71-3.6V supply, -40 to +85 °C.

BME690

BME690 Molecule v4

BME690 Molecule v6

15×15 mm breakout for the Bosch BME690 combined temperature / humidity / pressure / gas sensor. I²C at 0x76 via JP1 SDO→GND bridge.

8x8 mm KiCad molecule for the Bosch BME690 4-in-1 gas/temp/humidity/pressure sensor. I2C with 2.2k pull-ups, 0402 passives.

Bosch Sensortec BMI270. Ultra-low power 6-axis IMU (accel + gyro) for wearables. 16-bit, 685uA typ, I2C/SPI, wrist gestures, OIS support, LGA-14. Standardized datasheet with 15 extracted diagrams.

16×16 mm breakout for the Bosch BMI270 6-axis IMU. Exposes main + auxiliary I²C, CSB / SDO straps. CRITICAL: default strap is 0x69 — bridge MC1↔MC10 for 0x68.

Bosch Sensortec BMI323 6-axis IMU — 16-bit accelerometer (±2/4/8/16g) and gyroscope (±125–2000°/s) with on-chip feature engine, SPI/I3C/I2C, 2.5×3.0mm LGA

Bosch Sensortec BMM350. TMR-based 3-axis magnetometer, +/-2000 uT range, 190 nT noise, I2C/I3C, 1.28x1.28mm WLCSP. Standardized datasheet with 14 extracted diagrams.

9-contact breakout for the Bosch BMM350 WLCSP magnetometer. Separate 1.8 V VDD rail. Default address 0x15 (ADSEL pulled high via R5).

Bosch Sensortec BMP390. High-performance barometric pressure sensor, 300-1250 hPa, +/-3 Pa relative accuracy, 3.2 uA at 1 Hz, I2C/SPI, 2x2mm LGA-10. Standardized datasheet with 15 extracted diagrams.

Bosch Sensortec BMP581 — Next-gen barometric pressure sensor with ultra-low noise and power

Bosch Sensortec BMV080 ultra-mini fanless laser-based particulate matter sensor for PM1, PM2.5, and PM10 measurement

Molecule exported from Fusion 360: BMV080 I2C-MPIN Molecule

30×18 mm breakout for the Bosch BMV080 ultrasonic-optical particulate-matter sensor. Programmable I²C address via AB0/AB1 straps (0x54–0x57). Demo target 0x57.

32x16 mm KiCad molecule for the Bosch BMV080 laser-based particulate matter sensor. I2C with configurable address, 0402 passives.

9-axis absolute orientation sensor with fusion, LGA-28

Molecule exported from Fusion 360: Bosch_BHI385

Molecule exported from Fusion 360: BP2 FRAME MOL

USB Li-Ion charger with power path management, QFN-20

BQ25792 Assembly_with_image

BQ25792 v219 copy

BQ25792_with_image

Texas Instruments system-side fuel gauge for single-cell Li-Ion batteries. Reports remaining capacity, state-of-charge, and battery voltage over I2C using the patented Impedance Track algorithm. 12-pi

TI BQ76920 variant (BQ7692003PWR): 3-to-5-series cell battery monitor / AFE in 20-TSSOP, factory-configured for I²C address 0x08, 3.3 V REGOUT, and I²C CRC. Integrated 14-bit cell ADC, 16-bit coulomb

Texas Instruments BQ76952 battery monitor/protector for 3s-16s Li-ion, Li-polymer, and LiFePO4 packs. Exhaustive extraction with full pin table, expanded design guidance, and all 26 figure-bearing dat

USB-C-powered desk decoration: spells BRIANNA in ~70 green 0603 LEDs on a 100x38mm FR4 board. No microcontroller — LEDs wire directly to VBUS through individual 300 ohm current-limiting resistors. Bui

Tiny 0402 passive footprint — standard for high-density production boards

Popular 0603 passive footprint — balances density and manufacturability

Large SMD capacitor — high-value MLCC for bulk bypass and power filtering

USB-C-powered desk nameplate spelling CAMILLE in 64 green 0402 LEDs (3x5 bitmap font, no MCU).

Molecule exported from Fusion 360: CAP-D12,5-120UF-100V Molecule

CAP-D18-470UF-100V Molecule v13

Capacitor Molecule

Molecule exported from Fusion 360: Capacitor Molecule Panelized

Molecule exported from Fusion 360: Capacitor_Molecule_2

Molecule exported from Fusion 360: Capacitor_Molecule_Panelized2

Sub-1GHz RF transceiver, SPI, QFN-20

8-channel analog multiplexer/demultiplexer, DIP-16

TI CD74HC4067. 16-channel bidirectional analog mux/demux, 70 Ω typ R(on), break-before-make, 2–6 V HC or 4.5–5.5 V HCT. 24-pin PDIP/SOIC/SSOP/TSSOP.

USB to UART bridge IC, SOIC-16

2.7 MB KiCad 9 reference board (160 components, 2,935 traces, 253 vias) run through aci build --all end-to-end: parser → scene IR → DRC → autoroute → probing sim → GLB/SVG/gerbers. Proof-of-scale for

Molecule exported from Fusion 360: Component 3x1 0603 Panelized with Slots

Molecule exported from Fusion 360: Coral Breakout Stand Molecule

COSMIIC BP2 Biopotential Amplifier — AT90CAN128 AVR, 2-channel differential EMG/MES recording, on-board feature extraction, 4-layer micro-via PCB. Altium project, Gerbers, STEP, BOM.

COSMIIC Power Module (PM1C Rev 1.2) — NXP LPC2129 ARM7, 8-layer rigid-flex, CANopen hub, MedRadio telemetry, inductive charging. Full KiCad project with symbols, footprints, 3D models, Gerbers, iBOM.

COSMIIC PG4 Pulse Generator — AT90CAN128 AVR, 4-channel monopolar stimulation (0–20 mA, 1–255 μs), triple failsafe, CANopen networked. Altium project, Gerbers, STEP, BOM.

TJA1050T CAN transceiver + MIC5205 5V LDO on a 32×24mm Adom molecule — bridges the AT90CAN128 to the 2-conductor COSMIIC implant network with 4-port CANopen fanout (1 upstream in + 3 downstream out)

COSMOCOIL Wireless Charger [COSMIIC]

SMD aluminum electrolytic capacitor — bulk decoupling for power supplies

USB to UART bridge, up to 1Mbps, QFN-28

Compact 2-pin SMD crystal — 32.768kHz RTC and MHz oscillators

Texas Instruments CSD18540Q5B: 60 V, N-channel NexFET power MOSFET in SON 5x6 mm. 1.8 mOhm RDS(on) at VGS=10 V, 41 nC total gate charge, 205 A continuous drain current.

SMA diode package — standard surface mount diode for rectifiers and TVS protection

Medium-power SMD diode — TVS protection and rectifiers up to 3A

Small Outline Diode 123 — compact SMD diode for signal and switching applications

Tiny SMD diode — signal switching, ESD protection, and Schottky rectifiers

Dual 16-bit DAC, SPI, VSSOP-8

Dual Flat No-lead — ultra-compact 8-pin leadless package with exposed pad

Digital temperature and humidity sensor, single-wire

Classic 14-pin through-hole IC — logic gates, op-amps, and comparators

Standard 16-pin through-hole IC — shift registers, multiplexers, and drivers

Classic 8-pin through-hole IC package — 300-mil row spacing

Molecule exported from Fusion 360: DisplayMol

Molecule exported from Fusion 360: DistSensor

Molecule exported from Fusion 360: DRV8313Molecule

Molecule exported from Fusion 360: DRV8323SR

Molecule exported from Fusion 360: DRV8323SRTAR

DRV8411A v30

Dual H-bridge motor driver, 1.5A per channel, TSSOP-16

Molecule exported from Fusion 360: DRV8835Molecule

1-Wire digital temperature sensor, ±0.5°C, TO-92

I2C real-time clock, ±2ppm, integrated crystal, SOIC-16

Molecule exported from Fusion 360: Dual CSD18540Q5B

Molecule exported from Fusion 360: Electronics Design__ATmega328P_28P

Molecule exported from Fusion 360: Electronics Design__PiDisplay7in

Molecule exported from Fusion 360: EmmaMorris

10Base-T Ethernet controller, SPI, SSOP-28

WiFi + BLE 5.0 RISC-V MCU module, 160MHz, 4MB Flash

Molecule exported from Fusion 360: ESP32 Design

WiFi + BLE MCU module, dual-core 240MHz, 512KB SRAM

WiFi + BT/BLE MCU module, dual-core 240MHz, 4MB Flash

WiFi SoC, 32-bit MCU, 160MHz, QFN-32

USB to UART IC, SSOP-28

RISC-V MCU, 108MHz, 128KB Flash, LQFP-48

GeigerMolecule

Molecule exported from Fusion 360: hank scorny

Ultrasonic distance sensor module, 2cm-4m range

Molecule exported from Fusion 360: HEDS Encoder

Molecule exported from Fusion 360: Hello World

24-bit delta-sigma ADC for weight scales — dual differential input, PGA gain 32/64/128, 10/80Hz, 2-wire serial, SOP-16

Lattice iCE40HX1K — 1,280-cell ultra-low-power FPGA. Three matched symbol+footprint pairs with clean custom-rendered PNGs, interactive viewers, per-artifact provenance.

Lattice iCE40HX1K-VQ100 FPGA (1280 LUTs) with USB-C power + data on an Adom molecule. Open-toolchain target — yosys + nextpnr + icepack. 30 GPIO machine-pin contacts to the workcell.

Lattice iCE40HX1K in the VQ100 package on an Adom 4-pin molecule. Smaller footprint variant focused on bare FPGA + power + clock + GPIO breakout. Pairs with the USB-C variant for a host-target dev pai

CMOS voltage converter, positive to negative, DIP-8

9-axis IMU (accel + gyro + mag), I2C/SPI, QFN-24

Molecule exported from Fusion 360: IGNORE

240x320 TFT LCD controller, SPI/parallel, QFP-48

I2C current/power monitor, bidirectional, SOT-23-6 / MSOP-10

Molecule exported from Fusion 360: INA219 Breakout Board

N-channel MOSFET, 100V, 33A, TO-220

N-channel logic-level MOSFET, 55V, 47A, TO-220

1Mbit async SRAM, 10ns, TSOP-44

Zhuhai Dapeng ITR-9608 is a 4-pin through-hole slotted photo-interrupter pairing an IR928-6c IR LED with a PT928-6c NPN phototransistor on a 5 mm slot. Typical 940 nm emission, 0.4 V max VCE(sat), 15

USB-C powered desk decoration that spells JASON in green LEDs. 160x76mm Adom molecule (2x the size of Scott's).

JST XH connector — 2.50mm pitch, popular for battery and sensor wiring

Molecule exported from Fusion 360: JUMP Mid-Signal VNA DUT

Molecule exported from Fusion 360: Jumper 2x1

Jumper 2x2

Molecule exported from Fusion 360: Jumpers 2x1 Panelized

Molecule exported from Fusion 360: Jumpers 2x1 Panelized with Slots

Molecule exported from Fusion 360: ken paxton

Standard 0805 inductor footprint — ferrite beads, RF chokes, and filter inductors

Dual full-bridge motor driver, 2A per channel, Multiwatt-15

72x24mm USB-C desk nameplate with 44 white LEDs spelling LARRY in a 3x5 pixel font. Plug in any iPhone charger and it lights up.

LDK130M18R_v15

LDK130M18R v16

Standard 0805 SMD LED footprint — status indicators and panel lights

Classic 5mm round LED — the most iconic indicator light in electronics

LEDSingle_WS2812B-BT_v4

LEDSingle_WS2812B-BT_v4

Molecule exported from Fusion 360: LEDSingle_SK6812_PANEL

Molecule exported from Fusion 360: LEDSingle_WS2812B-BT_PANEL

Molecule exported from Fusion 360: LEDStrip

LEDStrip_WS2812B-BT_v9

LEDStrip_WS2812B-BT_v9

Molecule exported from Fusion 360: LEDStrip_SK6812

LI-ON 2s PACK WITH INDICATOR

LineFollower v15

Molecule exported from Fusion 360: LineFollowerBase

Molecule exported from Fusion 360: LineFollowerLineStraight

Molecule exported from Fusion 360: LineFollowProject

3-axis accelerometer, ultra-low-power, I2C/SPI, LGA-16

800mA LDO 3.3V regulator, SOT-223

3A step-down regulator, fixed 5V output, TO-263

Dual voltage comparator, open-collector output, DIP-8

Quad general-purpose op-amp, DIP-14

Dual general-purpose op-amp, DIP-8 / SOIC-8

LM36011 LED Flash Driver Qual-Ready

Low-voltage audio power amplifier, 700mW, DIP-8

Texas Instruments LM555 timer/oscillator. 4.5–16V, 200mA output, 8-pin SOIC/PDIP/VSSOP. Standardized datasheet with 20 extracted diagrams, electrical characteristics, pin descriptions, and design char

Classic NE555 astable multivibrator driving a blue LED at ~1.4 Hz (R1=10k, R2=47k, C1=10µF). Pure analog blink — no microcontroller. SOIC-8 555 + timing R/C network on a 16x16 mm 4-pin Adom molecule.

General-purpose single op-amp, DIP-8

5V 1.5A linear voltage regulator, TO-220

Molecule exported from Fusion 360: LMC Mid-Signal VNA DUT

Molecule exported from Fusion 360: LMC Terminated VNA DUT

Molecule exported from Fusion 360: LMP Mid-Signal VNA DUT

Molecule exported from Fusion 360: LMP Terminated VNA DUT

High pin-count QFP — 100-pin for STM32F7, ethernet controllers, and FPGAs

Low-profile Quad Flat Package — 48-pin IC package for microcontrollers

Low-profile Quad Flat Package — 64-pin for STM32F4 and mid-range microcontrollers

6-axis IMU, always-on accelerometer + gyroscope, LGA-14

Molecule exported from Fusion 360: LSM6DSOX

High-efficiency buck-boost controller, 5-36V, SSOP-24

Adom Machine Contact Large

Adom Machine Contact Medium

Adom Machine Pin Large Short

Adom Machine Pin Large Standard

Adom Machine Pin Medium Short

Adom Machine Pin Medium Standard

Molecule exported from Fusion 360: MAX15062BATA+T

Dual RS-232 driver/receiver, DIP-16

Thermocouple-to-digital converter, SPI, SOIC-8

RS-485/RS-422 transceiver, half-duplex, DIP-8

8-digit LED display driver, SPI, DIP-24

Electret microphone amplifier with AGC, TDFN-14

250mA LDO 3.3V regulator, 1.6uA Iq, SOT-23

16-bit I2C I/O expander, DIP-28

CAN bus controller with SPI interface, DIP-18

10-bit 8-channel SPI ADC, DIP-16

Molex microSD HC card connector — push-push ejection, SMD mounting

Molecule exported from Fusion 360: MMC Mid-Signal VNA DUT

Molecule exported from Fusion 360: MMC Terminated VNA DUT

Molecule exported from Fusion 360: MMP Mid-Signal VNA DUT

Molecule exported from Fusion 360: MMP Terminated VNA DUT

Molecule_RP2350B_PICAN2B_v1

RP2350B + Raspberry Pi RM2 radio (CYW43439) castellated molecule — 48 GPIOs, 8 ADCs, 16 MB flash, 8 MB PSRAM footprint (DNP), Wi-Fi 4 / BT+BLE.

Molecule exported from Fusion 360: Molecule_NTX15R

3A step-down converter, 4.5-28V input, SOIC-8

6-axis IMU (accelerometer + gyroscope), I2C, QFN-24

Micro Small Outline Package — 10-pin miniature IC for ADCs, DACs, and sensors

2A step-up converter, 2-24V input, SOT-23-6

Molecule exported from Fusion 360: NanEye2D Control and MD and KICKSTART

Molecule exported from Fusion 360: NanEye2D Control Molecule

Molecule exported from Fusion 360: NanEye2D Control Molecule and Manchester Decoding

Precision timer IC, DIP-8

Molecule exported from Fusion 360: NET TIES 6x1

NetTie_MED_MED_P8_7x1

2.4GHz wireless transceiver, SPI, QFN-20

Bluetooth 5.3 / Thread / Zigbee SoC, ARM Cortex-M4F, QFN-73

Dual audio FET-input op-amp, low distortion, SOIC-8

Molecule exported from Fusion 360: OTB_LM36011

Addressable RGB LED — 3.4x3.3mm PLCC-6, 800Kbps NRZ, 8-bit PWM, 12mA, daisy-chain

3W class-D stereo audio amplifier, filterless, SOP-16

USB-C powered desk nameplate PCB spelling PAUL in 36 white 0402 LEDs. Plug in an iPhone charger and the name lights up.

Bidirectional 2-channel I2C/SMBus voltage-level translator molecule (TI PCA9306DCUR) — 1.8 V <-> 3.3 V, no one-shot ACK contention, 24x16 mm 4-pin Adom workcell molecule with 8 medium machine contacts

16-channel 12-bit PWM driver, I2C, TSSOP-28

8-bit I2C I/O expander, DIP-16

32-bit stereo DAC, 384kHz, I2S input, TSSOP-20

Dual ESD protection diode, 5V, SOT-23

Molecule exported from Fusion 360: PG4 FRAME MOL

8-bit PIC MCU, 20MHz, 14KB Flash, DIP-40

Molecule exported from Fusion 360: Pico2-2W Molecule

Molecule exported from Fusion 360: PicoWMolecule

Molecule exported from Fusion 360: PicoWSkinny

Molecule exported from Fusion 360: PicoWSkinny__FromImport

Standard 4-pin 2.54mm header — I2C, SPI, UART, and sensor connections

Dual-row 10-pin header — JTAG/SWD debug, ISP programming, and ribbon cables

RP2040-based SWD debug probe molecule — 28×20 mm, CMSIS-DAP with SWD debug + UART passthrough, 9 machine contacts + 4 machine pins. Runs Raspberry Pi Debugprobe firmware. Flash and debug RP2040/RP2350

Molecule exported from Fusion 360: PLL KICKSTARTER

PM COIL Molecule v12

Molecule exported from Fusion 360: PM1 FRAME MOL

PM1 FRAME MOL REFINED

PM1 FRAME MOL REFINED v18

Tiny 8×8 mm 4-corner-pin breakout for the Bosch BMP581 barometric pressure sensor. Fixed 0x47 I²C address (R1 populated, R2 DNP); interface fixed at I²C (R3 populated, R4 DNP). 70 µA typical.

136x24mm USB-C desk nameplate with 117 white LEDs spelling PROF BROTHERS in a 3x5 pixel font. Georgia Tech. Plug in any iPhone charger and it lights up.

Molecule exported from Fusion 360: PushbuttonSwitch_AlpsAlpineSKRPACE010

Quad Flat No-lead — 20-pin leadless package with exposed thermal pad

Dense 48-pin QFN — STM32, ESP32-S3, and wireless SoCs

Dense 56-pin QFN — the Raspberry Pi RP2040 and RP2350 microcontroller package

Smallest standard passive — 0.6 x 0.3mm for smartphones and ultra-dense boards

Standard 0805 resistor/capacitor footprint — the most popular passive component size

Larger SMD passive — higher power rating for current sense and power resistors

Molecule exported from Fusion 360: RASM7xx DC Barrel Jack

3.0V precision voltage reference, 0.2% accuracy, SOT-23

Reset Switch v2

Bluetooth 4.0 BLE module — ARM Cortex M0, 15x15mm, on-board antenna, Arduino compatible, CE/FCC certified

LoRa transceiver module, 868/915MHz, SPI

Dual-core ARM Cortex-M0+, 133MHz, 264KB SRAM, QFN-56

Raspberry Pi RP2040 dual-core Cortex-M0+ paired with the Bosch BME680 environmental sensor. USB-C powered, runs MicroPython or C SDK out of the box. Reads temperature, humidity, pressure, and gas resi

Pi Pico-class RP2040 dev board on a 72x32 mm Adom molecule. USB-C power+data, 16 MB QSPI flash, 12 MHz crystal, 30 GPIO broken out to machine-pin contacts, BOOT + RUN buttons, on-board LED on GP25.

Castellated RP2040 molecule with integrated MCP251863 CAN FD controller/transceiver — 19×35 mm, 4 corner machine pins, 49 castellated machine contacts. USB-C, 16 MB QSPI flash, SWD debug, and 120 Ω CA

General-purpose RP2350A castellated module — 20×36 mm, dual-core Cortex-M33/RISC-V MCU, 2 MB QSPI flash, 26 user-programmable GPIO/ADC pins, USB, UART, SWD, 44 machine contacts + 4 machine pins. Drop-

ASIL D Lockstep Core Arm Cortex-M7 4MB Automotive MCU, 160 MHz, CAN-FD, Ethernet, ADC. 172-pin HDQFP package.

ARM Cortex-M0+ MCU, 48MHz, 256KB Flash, TQFP-48

Molecule exported from Fusion 360: SampleOfJLCBasicLibrary

128×128 mm tscircuit scaffold, LrgLrg category

128×160 mm tscircuit scaffold, LrgLrg category

128×192 mm tscircuit scaffold, LrgLrg category

128×224 mm tscircuit scaffold, LrgLrg category

160×160 mm tscircuit scaffold, LrgLrg category

160×192 mm tscircuit scaffold, LrgLrg category

160×224 mm tscircuit scaffold, LrgLrg category

192×192 mm tscircuit scaffold, LrgLrg category

192×224 mm tscircuit scaffold, LrgLrg category

224×224 mm tscircuit scaffold, LrgLrg category

32×128 mm tscircuit scaffold, LrgLrg category

32×32 mm tscircuit scaffold, LrgLrg category

32×64 mm tscircuit scaffold, LrgLrg category

32×96 mm tscircuit scaffold, LrgLrg category

576×576 mm tscircuit scaffold, LrgLrg category

64×128 mm tscircuit scaffold, LrgLrg category

64×160 mm tscircuit scaffold, LrgLrg category

64×192 mm tscircuit scaffold, LrgLrg category

64×224 mm tscircuit scaffold, LrgLrg category

64×64 mm tscircuit scaffold, LrgLrg category

64×96 mm tscircuit scaffold, LrgLrg category

96×128 mm tscircuit scaffold, LrgLrg category

96×160 mm tscircuit scaffold, LrgLrg category

96×192 mm tscircuit scaffold, LrgLrg category

96×224 mm tscircuit scaffold, LrgLrg category

96×96 mm tscircuit scaffold, LrgLrg category

128×128 mm tscircuit scaffold, LrgMed category

128×160 mm tscircuit scaffold, LrgMed category

128×192 mm tscircuit scaffold, LrgMed category

160×160 mm tscircuit scaffold, LrgMed category

160×192 mm tscircuit scaffold, LrgMed category

192×192 mm tscircuit scaffold, LrgMed category

32×128 mm tscircuit scaffold, LrgMed category

32×32 mm tscircuit scaffold, LrgMed category

32×64 mm tscircuit scaffold, LrgMed category

32×96 mm tscircuit scaffold, LrgMed category

64×128 mm tscircuit scaffold, LrgMed category

64×160 mm tscircuit scaffold, LrgMed category

64×192 mm tscircuit scaffold, LrgMed category

64×64 mm tscircuit scaffold, LrgMed category

64×96 mm tscircuit scaffold, LrgMed category

96×128 mm tscircuit scaffold, LrgMed category

96×160 mm tscircuit scaffold, LrgMed category

96×192 mm tscircuit scaffold, LrgMed category

96×96 mm tscircuit scaffold, LrgMed category

16×16 mm tscircuit scaffold, MedMed category

16×24 mm tscircuit scaffold, MedMed category

16×32 mm tscircuit scaffold, MedMed category

16×40 mm tscircuit scaffold, MedMed category

16×48 mm tscircuit scaffold, MedMed category

16×56 mm tscircuit scaffold, MedMed category

16×64 mm tscircuit scaffold, MedMed category

24×24 mm tscircuit scaffold, MedMed category

24×32 mm tscircuit scaffold, MedMed category

24×40 mm tscircuit scaffold, MedMed category

24×48 mm tscircuit scaffold, MedMed category

24×56 mm tscircuit scaffold, MedMed category

24×64 mm tscircuit scaffold, MedMed category

32×32 mm tscircuit scaffold, MedMed category

32×40 mm tscircuit scaffold, MedMed category

32×48 mm tscircuit scaffold, MedMed category

32×56 mm tscircuit scaffold, MedMed category

32×64 mm tscircuit scaffold, MedMed category

40×40 mm tscircuit scaffold, MedMed category

40×48 mm tscircuit scaffold, MedMed category

40×56 mm tscircuit scaffold, MedMed category

40×64 mm tscircuit scaffold, MedMed category

48×48 mm tscircuit scaffold, MedMed category

48×56 mm tscircuit scaffold, MedMed category

48×64 mm tscircuit scaffold, MedMed category

56×56 mm tscircuit scaffold, MedMed category

56×64 mm tscircuit scaffold, MedMed category

64×64 mm tscircuit scaffold, MedMed category

8×16 mm tscircuit scaffold, MedMed category

8×24 mm tscircuit scaffold, MedMed category

8×32 mm tscircuit scaffold, MedMed category

8×8 mm tscircuit scaffold, MedMed category

USB-C powered desk decoration that spells SCOTT in green LEDs. 80x38mm Adom molecule.

Molecule exported from Fusion 360: Servo Quick Realse Molecule

ServoMolecule

Micro servo motor, 180°, 1.8kg·cm torque

P-channel MOSFET, -20V, -2.3A, SOT-23

I2C programmable clock generator, 3 outputs, MSOP-10

N-Channel 80V MOSFET — 2.35mOhm RDS(on), 100A, PowerPAK SO-8, TrenchFET Gen IV, sync rect/DC-DC

5-channel RGBWY constant current LED driver — 10-300mA, 16-bit PWM, RZ protocol, 5-40V, ESOP8

Robert Bosch GmbH SMI230. Automotive-grade 6-axis IMU combining 16-bit triaxial accelerometer and gyroscope in LGA-16 package. AEC-Q100 Grade 2, SPI/I2C, 2.4-3.6V. 106-page full datasheet with all 41

3.3V CAN bus transceiver, SOIC-8

Texas Instruments SN65HVD230 3.3 V CAN bus transceiver on a small breakout molecule. SOIC-8, ESD-protected, ~370 µA quiescent. Drop-in CAN-physical-layer node for an Adom workcell.

Single buffer gate, 1.65-5.5V, SOT-23-5

Standard 14-pin SOIC — quad op-amps, logic ICs, and motor drivers

Wide-body 16-pin SOIC — RS-485 transceivers, motor drivers, and ADCs

Small Outline IC — the most popular 8-pin surface mount IC package

Medium-power SMD package — popular for LDO regulators like AMS1117 and AP2112

Small Outline Transistor — 3-pin SMD package, the most common transistor footprint

5-pin SOT-23 variant — used for LDO regulators, op-amps, and voltage references

6-pin SOT-23 variant — USB ESD protection, LDOs with enable, and small logic

Ultra-compact 6-pin package — dual transistors, analog switches, and tiny logic ICs

Medium-power SMD transistor package — better thermal than SOT-23, smaller than SOT-223

Molecule exported from Fusion 360: Sot6Pin

Molecule exported from Fusion 360: SparkFun_BMV080

Molecule exported from Fusion 360: SparkFun_XRP_Controller

3A 40V Schottky barrier diode, SMA

128x64 OLED display driver, I2C/SPI

SSM3K MOSFET CIRCUIT MOLECULE v12

Shrink Small Outline Package — 28-pin IC for FTDI, USB bridges, and ADCs

Molecule exported from Fusion 360: Step Down Staple Molecule

Molecule exported from Fusion 360: STL60N10F7

ARM Cortex-M3 MCU, 72MHz, 64KB Flash, LQFP-48

ARM Cortex-M4 MCU, 100MHz, 512KB Flash, FPU, UFQFPN-48

ARM Cortex-M4 MCU, 170MHz, 128KB Flash, UFQFPN-48

ARM Cortex-M7 MCU, 480MHz, 2MB Flash, LQFP-100

STSPIN32G4 v5

Ultra-small tactile switch — 3x2.5mm SMD pushbutton for reset and mode select

LoRa transceiver IC, 137-525MHz, QFN-28

Fast switching diode — 100V, 200mA, 4ns recovery, the universal signal diode

Schottky barrier diode — 40V, 1A, 0.6V forward drop

256Kbit I2C EEPROM — 32KB, 400kHz, 1M erase cycles

Decade counter/divider — 10 decoded outputs, Johnson counter

High-speed optocoupler — 10Mbps, logic gate output, 5kV isolation

Quad 2-input NAND gate — the universal logic gate

Hex inverter — six independent NOT gates

3-to-8 line decoder/demultiplexer — active-low outputs

8-bit serial-in parallel-out shift register — simple GPIO expansion

Octal bus transceiver — bidirectional, 3-state, level shifting

8-channel analog multiplexer — high-speed CMOS version

8-bit shift register with output latches — serial-in, parallel-out

Dual D flip-flop — positive-edge triggered, preset and clear

Stepper motor driver — 1/16 microstepping, 2A, 35V

Hall-effect current sensor — +/-5A, analog output, galvanic isolation

Low-cost instrumentation amplifier — single resistor gain set, 120kHz

16-bit I2C ADC — 4-channel, PGA, 860sps, precision measurement

3.3V LDO regulator — 1A output, low dropout, SOT-223

N-channel MOSFET — 30V, 5.7A, logic-level gate, SOT-23 package

600mA LDO — low noise, high PSRR, popular on modern dev boards

Gesture + proximity + ambient light + color sensor — I2C, all-in-one

8-bit AVR mega — 256KB flash, 86 GPIO, the Arduino Mega MCU

8-bit AVR microcontroller — the heart of the Arduino Uno, 32KB flash, 23 GPIO, TQFP-32

8-bit AVR — 8KB flash, 6 I/O pins, the minimalist MCU

NPN general-purpose transistor — 100mA, 45V, the European standard BJT

Environmental sensor — temperature, humidity, pressure, I2C/SPI

Li-Ion charger with power path — 1.5A, USB-compatible, solar input

N-channel MOSFET — 50V, 200mA, the I2C level-shifter MOSFET

Single 8-channel analog multiplexer/demux — bilateral switch

USB-to-serial bridge — low-cost alternative to FTDI

USB-to-UART bridge — USB 2.0 Full Speed, up to 3Mbps, QFN-28

Digital temperature & humidity sensor — single-wire, low-cost

Stepper motor driver — 1/32 microstepping, 2.5A, 45V

1-Wire digital temperature sensor — ±0.5C, parasitic power

MEMS real-time clock — ±5ppm accuracy, I2C, battery-backed

10Base-T Ethernet controller — SPI, 8KB buffer, low-cost

Wi-Fi + BLE 5.0 module — AI acceleration, USB OTG, 240MHz dual-core

Wi-Fi + Bluetooth dual-mode module — 240MHz dual-core, 4MB flash

USB-to-UART bridge — FTDI classic, USB 2.0 Full Speed, SSOP-28

9-axis IMU — 3-axis gyro + accel + mag, I2C/SPI, DMP

High-side current/power monitor — I2C, 26V, bidirectional

N-channel power MOSFET — 100V, 33A, logic-level, TO-220

P-channel power MOSFET — 100V, 23A, high-side switching

Logic-level N-channel MOSFET — 55V, 47A, 22mOhm, direct 5V/3.3V drive

Dual full-bridge motor driver — 2A/ch, the classic H-bridge IC

3-axis accelerometer — ultra-low-power, I2C/SPI, +/-16g, FIFO

Simple 5V step-down switching regulator — 3A, 150kHz

Adjustable linear voltage regulator — 1.2V to 37V, 1.5A, TO-220

Quad operational amplifier — single-supply, low-power, industry standard

Quad voltage comparator — open-collector, single or dual supply

Precision analog temperature sensor — 10mV/C, linear, no calibration

Dual operational amplifier — single-supply, low-power, industry standard

Low-voltage audio power amplifier — 250mW, battery operation

Dual voltage comparator — the go-to comparator, open-collector output

Precision shunt voltage reference — 5.0V, 0.1% accuracy, SOT-23

Classic 5V linear voltage regulator — 1.5A output, TO-220 package

Dual RS-232 transceiver — charge pump generates ±10V from 5V

True RS-232 transceiver — 3.3V/5V compatible, charge pump

RS-485/RS-422 transceiver — half-duplex, slew-rate limited

LED display driver — 8 digits of 7-segment or 64 LEDs, SPI

Classic DC-DC converter — buck/boost/inverting, 1.5A, the vintage workhorse

Ultra-low quiescent LDO — 1.6uA Iq, 250mA, CMOS, SOT-23

16-bit I2C GPIO expander — interrupt output, 1.7MHz I2C

Stand-alone CAN controller — SPI interface, CAN 2.0B, SOIC-18

High-speed CAN transceiver — 1Mbps, 5V, slope control

8-channel 10-bit SPI ADC — 200ksps, the Raspberry Pi ADC

12-bit I2C DAC — single-channel, EEPROM, SOT-23-6

6-axis IMU — 3-axis gyro + 3-axis accelerometer, I2C, DMP

Ultra-low-power 16-bit MCU — 0.5uA standby, 16-bit Sigma-Delta ADC

The legendary 555 timer IC — monostable, astable, and PWM in one chip

2.4GHz wireless transceiver module — SPI, 250kbps to 2Mbps

Dual JFET op-amp — SoundPlus audio grade, 8MHz, low distortion

3W stereo Class-D audio amplifier — filterless, 90% efficiency

General-purpose optocoupler — phototransistor output, 5kV isolation

8-bit I2C I/O expander — quasi-bidirectional ports, interrupt

8-bit PIC — 14KB flash, 33 I/O, the classic Microchip MCU

8-bit PIC with USB — native USB 2.0, 32KB flash, 35 I/O

NPN general-purpose transistor — 600mA, 40V, the universal BJT

Dual-core ARM Cortex-M0+ — Raspberry Pi silicon, 264KB SRAM, PIO, USB

Programmable clock generator — 3 outputs, 8kHz to 160MHz, I2C

3.3V CAN bus transceiver — 1Mbps, low-power standby, SOIC-8

ARM Cortex-M0 — cheapest STM32, 16KB flash, 20-pin, under $1

ARM Cortex-M3 microcontroller — the famous "Blue Pill" MCU, 64KB flash, 72MHz

ARM Cortex-M4 with FPU — 100MHz, 512KB flash, the "Black Pill" MCU

ARM Cortex-M4 — mixed-signal powerhouse, CORDIC, 170MHz

Ultra-low-power ARM Cortex-M4 — 80MHz, 256KB flash, USB, tiny UFQFPN-32

Dual H-bridge motor driver — 1.2A, MOSFET output, no heat sink needed

NPN Darlington transistor — 5A, 60V, high gain for motor driving

Dual JFET-input op-amp — low noise, high slew rate, the audio favorite

Programmable shunt voltage reference — 2.5V to 36V, 1% accuracy

16-channel PWM LED driver — 12-bit resolution, dot correction

Li-Ion/LiPo charger — 1A, linear, constant-current/constant-voltage

3A step-down converter — 36V input, 500kHz, high efficiency

High-efficiency step-down converter — 300mA, 95% efficiency, SOT-23-5

High-dynamic-range light sensor — I2C, 600M:1 range, lux output

Current-mode PWM controller — offline SMPS, the flyback standard

7-channel Darlington driver — 500mA/ch, built-in flyback diodes

SPI NOR flash memory — 128Mbit (16MB), 133MHz, SOIC-8

Hardwired TCP/IP Ethernet controller — SPI, 8 sockets, 80MHz

Addressable RGB LED — integrated driver, single-wire protocol

92x38mm USB-C desk nameplate with 54 warm-white LEDs spelling TAMARA in a 3x5 pixel font. Plug in any iPhone charger and it lights up.

8-channel I2C multiplexer, TSSOP-24

25W+25W class-D audio amplifier with Bluetooth, PowerSSO-36

5-channel MOSFET solenoid driver molecule with RP2040 PICAN castellated module (CAN FD + USB-C), LM2596 24V-to-5V buck regulator, 29 machine contacts. Controls up to 5 solenoid valves for the Teazzers

Electromechanical carrier molecule for the Taprite 638-0031 DC 24V solenoid valve — 198×102 mm, 6 machine contacts (2× GND, 2× VCC), 4 alignment machine pins. Designed for the Teazzers beverage dispen

Molecule exported from Fusion 360: Test

Molecule exported from Fusion 360: Test Design

Molecule exported from Fusion 360: TestOfAdomMoleculeLibrary

TheRockMolecule

Molecule exported from Fusion 360: THRU Mid-Signal VNA DUT

NPN Darlington transistor, 60V, 5A, TO-220

Programmable precision voltage reference, SOT-23 / TO-92

800mA LDO 3.3V voltage regulator, SOT-223

LED driver with keypad scan, 4-digit 7-segment, SOP-20

Silent stepper motor driver, 2A RMS, UART, QFN-28

Standard 3-pin through-hole power package — voltage regulators and power transistors

Surface-mount power package — MOSFETs and voltage regulators up to 2W

High-power SMD package — up to 3W, for power MOSFETs and linear regulators

1A linear Li-Ion battery charger, SOP-8

3A step-down converter, 5.5-36V input, SOIC-8

Texas Instruments TPS562201 step-down switching regulator molecule — 12 V input, 3.3 V output, up to 2 A. 580 kHz fixed-frequency PWM, internal compensation. Compact buck for the workcell power rail.

300mA step-down converter, 95% efficiency, SOT-23-5

Buck-boost converter, 3.3V output, 2A, QFN-14

Thin Quad Flat Package — 32-pin for ATmega328P, STM32, and small MCUs

Thin Quad Flat Package — 44-pin for ATmega32, PIC18, and sensor ICs

Molecule exported from Fusion 360: TrackSchematic

TrackSimpleBoard

TSL1401CL Linear Image Sensor

Thin Shrink Small Outline Package — 14-pin IC package with 0.65mm pitch

Thin Shrink Small Outline — 20-pin IC for shift registers, I/O expanders, and drivers

8-bit bidirectional voltage-level translator, TSSOP-20

8-channel bidirectional voltage-level translator molecule (TI TXS0108E) with Adom medium-pitch machine-pin contacts — VCCA 1.2–3.6V, VCCB 1.65–5.5V, 110 Mbps

TXS0108E_8bitLevelShifter

7-channel Darlington driver array, 500mA per channel, DIP-16

Seven-channel Darlington transistor array — 500mA/ch, 50V, TTL/CMOS input, integrated clamp diodes, DIP-16/SOP-16

Molecule exported from Fusion 360: UltraSonicBoardSchematic

Molecule exported from Fusion 360: UltrasonicDistanceWall

Molecule exported from Fusion 360: USB C Flash Design

USB Type-C receptacle — 12-pin mid-mount connector for USB 2.0

Molecule exported from Fusion 360: USB C TUSB422 + 12401832E402A

Molecule exported from Fusion 360: USB Micro B Male Vertical Chip

USB 2.0 hub molecule based on Microchip USB2532I — 38×38 mm, 1 upstream + 2 downstream USB-C ports, self-powered with on-board 3.3V LDO, I2C EEPROM config, ESD protection, 30 machine contacts + 4 mach

USB ESD protection, bidirectional, SOT-23-6

Molecule exported from Fusion 360: VIA Terminated VNA DUT

Time-of-flight distance sensor, I2C, up to 2m range

Molecule exported from Fusion 360: VL53L4CDV Molecule

VL53L5CX Molecule v11

VL53L5CX Molecule v11

Molecule exported from Fusion 360: VL53L8

Molecule exported from Fusion 360: VL53L8BaseBoard

VL53L8BreakoutMolecule

VL53L8BreakoutMolecule_v9

STMicroelectronics VL53L8CX. 8x8 multizone ToF ranging sensor, 400cm range, 65-degree FoV, I2C/SPI, 940nm VCSEL. Standardized datasheet with 21 extracted diagrams.

128Mbit SPI NOR Flash, SOIC-8

Hardwired TCP/IP Ethernet controller, SPI, QFP-48

Molecule exported from Fusion 360: wireless-link

COSMIIC Wireless Link (CSMC001) — nRF5340 + CC1101 dual-radio bridge between computer/BLE and implanted devices. Full KiCad + EAGLE source, STEP, Gerbers.

Molecule exported from Fusion 360: WirelessChargingReceiverMWPR1516

Molecule exported from Fusion 360: WirelessChargingTransmitter50WInfineonWLC1150

Molecule exported from Fusion 360: WirelessChrgRecv15WInfinWLC1250

Addressable RGB LED with integrated driver, 5050 package

200mA LDO 3.3V regulator, ultra-low Iq, SOT-23

5A step-down converter, 8-36V input, TO-263

4A step-up/step-down DC-DC converter, TO-263

Molecule exported from Fusion 360: XRPMotorMolecule

XRPMotorMolecule_v6

Molecule exported from Fusion 360: XT60PW-M 12.8A

Molecule exported from Fusion 360: XT60PW-M 20.8A

Generate interactive 3D models of PCB components with IC body, laser-etched chip markings, and pad geometry. Preview in 3dView (the Gallia Viewer's built-in Babylon.js 3D viewer), iterate with the use

Design rules for any Adom 3D viewport — always Babylon, 5-tier layering on the canonical viewer, v1.3 brightened gradient both ends (#5a6b7e → #2a3340, field-proven to keep black chips visible everywh

Sign in with Adom — let users authenticate to your app using their Adom account via Authentication Intents with confirmation codes. Covers the full flow, API reference, code examples, and Google OAuth

Build a real, manufacturable PCB the proper Adom way — every component goes through datasheet → symbol → footprint → 3D → chipfit before it lands on a schematic. Operationalizes PLAN Part 30 via aci c

This is the unified Adom skill hub. When activated, identify which capability the user needs from the table below and read the corresponding guide file.

> **Status: Not yet available.** This API is on the Adom roadmap and is actively being developed. The endpoints, WebSocket events, and CLI wrapper described below represent the planned design. This do

Command-line interface for the Adom platform. Script automation, batch operations, CI/CD integration, and headless workflows from any terminal.

Design conventions for every Rust CLI in the Adom ecosystem. Output formats (OK:/ERROR: + JSON companion), no-color-when-piped, --json for machines and pretty for humans, exit codes, subcommand layout

Provision short, memorable *.adom.cloud URLs that reverse-proxy to long Adom container URLs. Powered by Cloudflare Workers + KV on the edge.

Chat-driven scaffold for writing a new adom-desktop bridge — pick a name + verb prefix, fork the hello sample, wire bridge.json, implement the HTTP server, test locally, ship to the wiki. Walks throug

Run an interactive demo of Adom Desktop features.

The Adom Viewer (AV) displays visual content from the Docker container in the Adom App browser panel. Supports HTML widgets, SVG, images, markdown, 3D models (Babylon.js), screenshot paste with AI nam

Query Adom's in-house parts inventory — stock levels, pricing, availability for 210+ electronic components. Teaches agents how to check stock, look up parts by MPN, verify BOM coverage, and get Adom p

When modifying a layout file (e.g. to add, remove, or move molecules), use this structure and these rules.

Pre-configured WhatsApp, Telegram, and Signal bot accounts managed by Adom. Get notifications, interact with your containers, and communicate with your AI — no painful bot setup required.

Access Adom on the go with the native mobile app. Review designs, approve changes, monitor instrument readings, and manage workflows from your phone.

Two groups: **Complete molecules** (have both *_symbol.json and *_footprint.json in latest version; use in layout and schematic) and **3D models only** (GLB only; use in layout).

Two groups: **Complete molecules** (have both *_symbol.json and *_footprint.json in latest version; use in layout and schematic) and **3D models only** (GLB only; use in layout).

Record your screen with voice-overs, auto-store in your Adom Cloud account, and publish to YouTube. Create tutorials, demos, and documentation videos from inside your engineering environment.

The Adom web app displays a set of interactive panels such as the 3D layout editor and schematic designer. Panels provide live views, controls, and data for the workcell and its hardware. Manipulate t

Use when the user asks "what panels are available", wants to know about a specific panel's capabilities, or needs to control a panel beyond basic open/close (e.g.

One-liner exhaustive planning: expand a sketch via ultraplan or built-in Opus expansion, then stress-test via 6 adversarial debate agents in 3 Opus/Sonnet pairs + red-team consensus attack. Produces s

Create, list, and delete repos and workspaces on the Adom platform via the Carbon API.

How the schematic file is structured and how to edit it. All edits are to the raw JSON; the app handles loading and resolving.

Capture screenshots from inside the Adom container — Hydrogen panel/tab, AV scene, desktop, KiCad/Fusion, anywhere. Standardized output paths so the AI and the human are always looking at the same ima

Paste screenshots from clipboard into the Adom Viewer. Auto-resizes to Claude's ideal 1568px, compresses with sharp, AI-names files via Haiku, and saves both optimized and original versions.

Hard rules for every Claude Code on Adom: never post container slug, hostname, internal URL, or token. Use user name + repo name instead.

Top-level guide for working with tscircuit projects in the Adom ecosystem. Covers the 3D viewer, project layout, build/export flow, integration with adom-tsci, and links to the per-task aci-* skills.

Use when the user wants to update Adom from GitHub, pull the latest code, refresh skills, reinstall, or asks "update adom", "pull latest", "update from github", "refresh skills", "reinstall adom".

Display visual content in the Adom Viewer.

Use when the user wants to open, close, add, or remove a panel; split a pane; move or swap tabs between panes; change the workspace layout; resize a split; bring a background tab to the foreground;...

Native Rust parser for Altium .PcbLib binary footprint libraries — used by chipsmith + concur for cross-source agreement.

Use when the user wants to build a new Adom "app", a mini web server that renders its UI in a Hydrogen webview tab.

Guide for integrating with the Adom AuthenticationIntent API — device auth flows, headless login, intent-based auth for 3rd-party apps.

Use when the user asks to "create an AV", "show me a visualization", "build a chart/diagram/map in AV", "make an AV widget", "make a widget", "create a widget", "build a widget", "display something...

Use when the agent wants to narrate a demo with a 3D talking avatar, show a character overlay on screen, create voiceover videos, or make the avatar speak text aloud.

Minimal GLB 3D viewer for the Adom Viewer — renders GLB files exactly as-is with zero post-processing. No material fixups, no overlays, no camera tours. Includes toolbar (ground, wireframe, axes, meas

Create interactive board layout visualizations and display them in the Gallia Viewer viewer. The **3D view** generates a GLB model using real STEP geometry for machine pins/contacts (from `adom-tsci-l

Claude Code skill that generates Bosch sensor molecules as KiCad schematics with standardized I2C pinout, medium machine pins/contacts, and fixed corner power layout on 8x8, 16x16, or 16x32 grids.

Source: `/home/adom/project/user-content/Adom-Brand-Guidelines.pdf` (creative studio deliverable)

Standard format and channels for filing bugs in the Adom ecosystem. Where each bug type lives (Colby list, GitHub issues, gchat), what info to include, and which fields are mandatory.

Read and write per-user key-value settings via the Carbon API. Store theme, feature flags, timestamps, and tool config that persists across sessions and carries between adom-desktop, Hydrogen Desktop,

Play chess in the Gallia Viewer — vs a bot or multiplayer with room codes and a public lobby.

Call Claude models (Haiku, Sonnet, Opus) from any AV widget or server-side code via the /api/claude proxy. Pick the right model for the job — cheap Haiku for quick lookups, Sonnet for code gen, Opus f

How to disable (or re-enable) the Claude Code 1M-context Opus 4.6 beta via the `CLAUDE_CODE_DISABLE_1M_CONTEXT` environment variable, wired up through the VS Code extension's...

Launch and manage 4 concurrent Claude Code remote control sessions via tmux. Includes a Gallia Viewer management dashboard with live status, start/restart/stop controls, watchdog auto-restart, and aut

Guide for building and maintaining one-liner bootstrap scripts that set up fresh Adom containers with Claude Code, Gallia, and Claude Squad.

WebSocket bridge connecting a main Gallia container to satellite Adom containers — remote command execution, persistent shell sessions, file transfer, system monitoring, and an interactive terminal da

Use when the user wants to create, delete, pause, resume, stop, start, or manage Adom containers via the Curium API.

Human-supervised variant of datasheet-parser. Same output (structured wiki markdown + cropped diagrams + metadata) but the run is visible in the live visualizer panel from start to finish, and publish

Full reference guide for iterative visual debugging in Adom.

Use when the user asks "what is [term]", "define [term]", "what does [term] mean", "glossary", "definitions", or needs clarification on Adom platform terminology.

Pre-production and recording workflow for demo videos: writing the script, generating captions, verifying setup, choreographing panels, and driving the recording. Hands off to video-post for post-prod

Guide users through installing and connecting the Adom Desktop app.

Guide for connecting to Adom containers via SSH from a Windows, Mac, or Linux desktop.

Search DigiKey Electronics for components, pricing, stock, and part numbers. CLI + Hydrogen webview app with price breaks, alternates, and datasheet lookup.

Read and log measurements from SCPI-compatible digital multimeters. Automated voltage, current, and resistance measurements with data logging and trend analysis.

Parses manufacturer PDF datasheets into structured wiki markdown via the ds-extract service, using Claude vision only on ambiguous bbox crops.

Conventions, defaults, and domain knowledge that electrical engineers care about — especially in PCB / hardware-design contexts. Read before designing any UI, CLI, or file format that touches PCB dime

Live activity log of commits pushed to the gallia repo — skills, apps, molecules, services, and more.

Create professional PCB footprints for KiCad and Fusion 360, preview them interactively in FpView with solder blob visualization, pad hover tooltips, and zoom/pan — then deliver to your local EDA tool

Interactive 3D viewer that displays KiCad .kicad_mod footprint pad geometry as extruded copper pads with outlines, labels, measurements, and a datasheet-style land pattern overlay in the Gallia Viewer

Export Fusion 360 Electronics projects for Hydrogen using the HelperJoe add-in. Covers Export for Hydrogen (BRD, SCH, F3D, USDZ, silkscreen PNGs) and Export Kitchen Sink (Gerber ZIP, BOM, CPL).

Update component libraries in a Fusion 360 Electronics PCB design, preserving silkscreen customizations and syncing the 3D board view. Handles the manual push step required by recent Fusion changes.

Bridge between Claude Code (running in an Adom Docker container) and the user's desktop applications via WebSocket.

Three capture layers let the AI see what it produces and self-correct without asking the user to screenshot manually. This is the core enabler for autonomous visual feedback loops.

Lightweight background agent (haiku) that pulls latest gallia and re-runs install.mjs, reporting what changed in 2-3 sentences.

View Gerber PCB fabrication files in the Adom Viewer.

Your Gallia workspace includes a Google Chat integration that lets you send and receive messages through the Google Chat REST API. A bot user in your Google Workspace authenticates via OAuth and can a

Non-negotiable UI rules for every Adom app. Read BEFORE writing any hover/click/drag element. Three rules get violated most often: tooltips MUST be body-appended position:fixed divs at z-index 99999 (

Use when the AI needs to watch the Hydrogen workspace in real-time — react to tab changes, sharing state, user actions, or any workspace mutation as it happens.

How Hydrogen **webview** tab icons actually work in the Adom editor — specifically panels with `panelType: adom/a1b2c3d4-0031-4000-a000-000000000031`.

Generate DFM (Design for Manufacturing) checks and InstaPCB quotes from `.kicad_pcb` files. Parses the board design, extracts specs, generates a 3D preview, and displays an interactive quote form in t

Displays and controls the pyvisa-testscript live instrument monitor (oscilloscope waveforms, DAQ readings, relay matrices) inside the Gallia Viewer panel.

Search JLCPCB parts library for components, pricing, stock, and SMT-feasible alternates. CLI + Hydrogen webview app integrated with JLCPCB's catalog.

Direct integration with Keysight InfiniiVision and Infiniium oscilloscopes. Capture waveforms, configure measurements, and automate test sequences via SCPI/VISA.

Shared KiCad CLI HTTP API for symbol search, SVG export, footprint operations, 3D model handling, and PCB processing. Runs on a dedicated container so individual user containers don't need kicad-cli i

Generate annular-ring (donut) copper pads for KiCad footprints with NPTH acoustic ports — MEMS microphones, pressure sensors, vented packages

Use when the user asks about the KiCad service, KiCad CLI, DRC validation, ERC, Gerber export, symbol/footprint SVG rendering, STEP/GLB 3D model export, or any headless KiCad operation.

Parses KiCad projects into structured markdown documents optimized for AI consumption — extracts components, netlist connectivity, hierarchical sheets, PCB layout, and design rules.

Orchestrate creating a complete library component — schematic symbol, PCB footprint, and 3D model — by calling the three existing creator skills (symbol-creator, footprint-creator, 3dcomponent-creator

Discover and map locally connected USB instruments. Automatic detection of oscilloscopes, multimeters, programmers, and other test equipment.

Interactive 2D LED array illuminance simulator — heatmap, cross-section, reflectors, power/efficiency, and J/cm² energy density calculator

Generate breakout board designs for any electronic component — place the chip at center,

Interactive web-based visualizer for MOSFET IV curves (Id vs Vds). Plot multiple Vgs sweeps, overlay devices, compute saturation boundaries, and extract Vth/Rds(on) — all controllable via API in real-

Search Mouser Electronics for components, pricing, stock, and part numbers. CLI verbs (search/part/health), a Hydrogen webview app, and a shared backend HTTP service.

Record narrated walkthroughs of your Gallia project with screen + mic capture, silence detection, smart playback that skips dead air, timeline markers, and a full video library with thumbnails.

Use when the user wants to mirror an Android device, interact with an Android phone/tablet screen, view Android logcat, record touch macros, control display settings (DPI, resolution), or manage...

Control and acquire data from National Instruments oscilloscopes and DAQ devices. Streaming captures, triggered acquisitions, and automated measurement routines.

Hand-drawn 5x9 dot-matrix bitmap font with 54 glyphs (A-Z, 0-9, symbols) and a 9x9 logo mark, for LED matrices, PCB silkscreen art, and pixel displays

Use when implementing OAuth authentication for any Adom service or feature — YouTube, GitHub, Slack, or any provider that uses OAuth 2.0.

OpenClaw is an open-source AI agent (https://github.com/openclaw/openclaw). It requires special configuration to run inside an Adom Docker container because the default settings assume local desktop a

Design and generate complete PCB circuit boards using tscircuit (React/TypeScript). Use when the user asks to create a PCB, circuit board, schematic, breakout board, Arduino/ESP32 shield, sensor modul

Batch-process datasheets from the shared queue. Claims items, parses PDFs into wiki markdown, publishes to the Adom Wiki, and loops until a time budget expires or the queue is empty.

Control Puppeteer browser windows on the user's desktop via the adom-desktop CLI. Open/close windows, reload, screenshot, evaluate JS, flash taskbar alerts, navigate, manage multi-session Chrome.

This skill covers the `pyvisa-testscript` project: a PyVISA-based instrument control system with a Flask web UI for live oscilloscope monitoring.

One-shot demo setup for the Ciridian HMI: activates the project, deploys to the device, places workcell camera in the LEFT Hydrogen pane and device VNC in the RIGHT, then rotates the camera until text

Interface with Red Pitaya FPGA-based oscilloscopes and signal generators. Web-accessible instrumentation with programmable FPGA processing.

Bootstrap a new Adom container from an existing one entirely over SSH.

Map USB instruments and programmers from remote lab machines to your development environment. Access oscilloscopes, logic analyzers, and JTAG debuggers over the network.

SWD-only flashing/debugging of RP2350 targets via a CMSIS-DAP debug probe (PiProbe, Pico Debug Probe). REQUIRES a probe physically wired to the target's SWD pins. Does NOT cover USB BOOTSEL drag-drop,

Create interactive schematic visualizations and display them in the Gallia Viewer viewer. These are visual HTML schematics — not KiCad `.kicad_sch` files. They show how components connect together on

Paste screenshots from clipboard into the Adom Viewer. Auto-resizes to 1568px, compresses with sharp, AI-names files via Haiku, and saves both optimized and original copies.

Secure messaging integration via Signal protocol. Send encrypted notifications, share files, and coordinate with team members through Signal.

Authors, tests, iterates on, and submits Claude Code skills (SKILL.md files) for the Adom ecosystem. Use when the user wants to create a new skill, write or update a SKILL.md, contribute a skill back

Interactive widget that visualizes how solder jet paste dots (250-800 um) pack into footprint pads. Real-time sliders for dot diameter and spacing, with coverage stats and per-pad tooltips.

SSH into Adom containers from other containers or from your desktop.

Use when creating a standalone Adom service on a dedicated container -- provisioning the repo, creating a lightweight container, SSH setup, writing the HTTP API, deploying, wiring up a Rust CLI or...

Create professional schematic symbols, preview them interactively in the Gallia Viewer, iterate with the user, and deliver to their local KiCad or Fusion 360 Electronics via Adom Desktop Conduit.

Managed team Docker containers and shared workspaces. Internal services like Google Chat bots, shared databases, and team-wide skill servers — the Slack-for-teams model applied to engineering infrastr

Private, team-scoped AI skills shared across your organization. Like GitHub private repos for skills — lock in your team's processes, preferences, and workflows so every member's AI assistant works th

Telegram bot integration for engineering workflows. Send alerts, share schematics, and interact with Adom through Telegram channels and groups.

Publish a CLI or knowledge skill to the Adom Wiki for auto-discovery and auto-install — the 2-layer model (private source + public binary on wiki), multi-skill bundling, install-subcommand spec.

Run an interactive guided tour of Gallia's KiCad integration.

Shared pronunciation rules for Adom tool names, acronyms, and product terms so every demo / walkthrough / tour pronounces them consistently. Contribute when your TTS engine butchers a term.

Adom is the **world's first AI-native electronics prototyping cloud lab**.

Send and receive WhatsApp messages through the Adom platform. Automate notifications, alerts, and team communication from your engineering workflows.

CLI for the Adom Wiki. Search, read, publish, and upload assets across skills, molecules, libraries, footprints, symbols, 3dcomps, apps, and datasheets.

Digest-style summary of an author's recent wiki contributions across Wiki v1 and Wiki v2 — handy for status updates, retros, and weekly all-engineers prep.

Submit edits to any page on Adom Wiki — manually or through your AI assistant. Improve skill descriptions, fix documentation, and contribute community knowledge like Wikipedia.