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Boards by JamesTwallin

5 boards

Open-source boards designed in KiCad by JamesTwallin on GitHub, from 1 repository. A board’s address here is its repository’s there.

  • 4 layers66 × 36 mmGas sensor, the printed circuit board in 3D

    Gas sensor

    JamesTwallin/gas_sensor

    A tiny plug-in board for the rev E phone-companion board. It stands upright in a notch in rev E's sensor end, between the two gas sensor cans, and pokes 4.5 mm out through a slot in the case face, so its tip sits in the…

    81 parts7MIT
  • 2 layers5.7 × 14.9 mmAir blade, the printed circuit board in 3D

    Air blade

    JamesTwallin/gas_sensor

    A tiny plug-in board for the rev E phone-companion board. It stands upright in a notch in rev E's sensor end, between the two gas sensor cans, and pokes 4.5 mm out through a slot in the case face, so its tip sits in the…

    4 parts7MIT
  • 2 layers5.7 × 14.9 mmAir blade, the printed circuit board in 3D

    Air blade

    JamesTwallin/gas_sensor

    A tiny plug-in board for the rev E phone-companion board. It stands upright in a notch in rev E's sensor end, between the two gas sensor cans, and pokes 4.5 mm out through a slot in the case face, so its tip sits in the…

    4 parts7MIT
  • 2 layers48.6 × 70.9 mmCarrier board, the printed circuit board in 3D

    Carrier board

    JamesTwallin/gas_sensor

    A tiny plug-in board for the rev E phone-companion board. It stands upright in a notch in rev E's sensor end, between the two gas sensor cans, and pokes 4.5 mm out through a slot in the case face, so its tip sits in the…

    12 parts7MIT
  • 2 layers11.4 × 18.4 mmMems blade, the printed circuit board in 3D

    Mems blade

    JamesTwallin/gas_sensor

    A tiny plug-in board for the rev E phone-companion board. It stands upright in a notch in rev E's sensor end, between the two gas sensor cans, and pokes 4.5 mm out through a slot in the case face, so its tip sits in the…

    11 parts7MIT