ElectOrchestrator Open studio

Schematic · PCB · 3D, from plain language

Describe a circuit.
Get a real board.

ElectOrchestrator reads the manufacturer datasheets, chooses the parts, wires them up, and renders the schematic, the board layout and a 3D view — in one workspace.

Open studio How it works
Illustration

Illustration: a two-layer ESP32-C3 development board, turning slowly and coming apart into its five layers — components, solder mask, top copper, FR-4 core and bottom copper.

    How it works

    From a sentence to a board in three steps

    The difference is step two. Most tools ask a model to remember a pinout; this one goes and reads it.

    1. 01

      Describe the circuit

      “A 555 timer LED blinker at 2 Hz off 5 V.” No schematic capture and no part numbers required — though you can name them if you want to.

    2. 02

      It reads the datasheets

      Each part is looked up on the web. If the first search does not return a real pin table, it asks a narrower question and tries again — then keeps the pins, the voltage limits and the reference circuit.

    3. 03

      Review, then export

      Inspect the schematic, PCB layout and 3D board, see which parts were confirmed against a document, and export the source.

    Grounded in datasheets

    Pinouts come from the document, not from memory

    Before a single trace is drawn, the manufacturer's datasheet is retrieved and reduced to what the design depends on. Every source is linked under the answer, so you can open it and check.

    • Verified — pin table read from the datasheet
    • Partial — document found, no clear pin table
    • Unverified — flagged for review
    NE555 Texas Instruments · datasheet PDF · 34 pages
    PinNameFunction
    1GNDGround reference
    2TRIGStart of timing input
    3OUTOutput
    4RESETActive-low reset
    5CONTComparator threshold control
    6THRESEnd of timing input
    7DISCHDischarge, open collector
    8VCCSupply
    Verified · 8 pins · supply 4.5–16 V

    Output

    One workspace, every view

    SCH

    Schematic

    Parts chosen, nets built and a reviewable schematic drawn from a plain-language brief.

    PCB

    PCB layout

    Footprints placed and traces routed on a real board view you can zoom into and inspect.

    3D

    3D board

    Every design renders as a board-level 3D model. Rotate it and check fit before ordering.

    TSX

    Your source

    Designs compile to standard tscircuit TypeScript. Copy it, download it, keep working.

    Start with a sentence.

    No schematic capture, no part numbers required.

    Open studio