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Boards by TallesSantosCUBoulder

10 boards

Open-source boards designed in KiCad by TallesSantosCUBoulder on GitHub, from 3 repositories. A board’s address here is its repository’s there.

  • 2 layersDoubleHowland, the printed circuit board in 3D

    DoubleHowland

    TallesSantosCUBoulder/EIT-Capstone-Project-2023

    This repository was created for the Electrical Impedance Tomography (EIT) Senior Design Project. The goals of this project were to make open-source hardware and software to reduce the cost of EIT in medical imaging.

    34 parts1MIT
  • 2 layers90 × 45.1 mmGoBabyGo, the printed circuit board in 3D

    GoBabyGo

    TallesSantosCUBoulder/GoBabyGo_joystick

    After multiple iterations, the final design operated successfully and remained within budget. It reliably controlled forward/backward motion and steering, and testing showed consistent performance with minimal drift.

    28 parts1
  • 2 layers66.5 × 53 mmECG Project Josh, the printed circuit board in 3D

    ECG Project Josh

    TallesSantosCUBoulder/ECEN4532_DSPLab_Spring2026_ECG_Project

    This signal of the heartbeat, in the form of the "PQRST" complex as seen with Figure 1, is what needs to be detected in order to find important information about a patient's heart.

    35 partsMIT
  • 2 layers56.7 × 25.9 mmActive Electrode, the printed circuit board in 3D

    Active Electrode

    TallesSantosCUBoulder/EIT-Capstone-Project-2023

    This repository was created for the Electrical Impedance Tomography (EIT) Senior Design Project. The goals of this project were to make open-source hardware and software to reduce the cost of EIT in medical imaging.

    12 parts1MIT
  • 2 layers96 × 62.5 mmDuel Mux, the printed circuit board in 3D

    Duel Mux

    TallesSantosCUBoulder/EIT-Capstone-Project-2023

    This repository was created for the Electrical Impedance Tomography (EIT) Senior Design Project. The goals of this project were to make open-source hardware and software to reduce the cost of EIT in medical imaging.

    8 parts1MIT
  • 2 layers30.3 × 65.8 mmElectrode Breakout, the printed circuit board in 3D

    Electrode Breakout

    TallesSantosCUBoulder/EIT-Capstone-Project-2023

    This repository was created for the Electrical Impedance Tomography (EIT) Senior Design Project. The goals of this project were to make open-source hardware and software to reduce the cost of EIT in medical imaging.

    6 parts1MIT
  • 2 layers36.3 × 46.2 mmElectrode Select Breakout, the printed circuit board in 3D

    Electrode Select Breakout

    TallesSantosCUBoulder/EIT-Capstone-Project-2023

    This repository was created for the Electrical Impedance Tomography (EIT) Senior Design Project. The goals of this project were to make open-source hardware and software to reduce the cost of EIT in medical imaging.

    3 parts1MIT
  • 2 layers15.7 × 51.6 mmPower Breakout, the printed circuit board in 3D

    Power Breakout

    TallesSantosCUBoulder/EIT-Capstone-Project-2023

    This repository was created for the Electrical Impedance Tomography (EIT) Senior Design Project. The goals of this project were to make open-source hardware and software to reduce the cost of EIT in medical imaging.

    6 parts1MIT
  • 2 layersSingleHowland2, the printed circuit board in 3D

    SingleHowland2

    TallesSantosCUBoulder/EIT-Capstone-Project-2023

    This repository was created for the Electrical Impedance Tomography (EIT) Senior Design Project. The goals of this project were to make open-source hardware and software to reduce the cost of EIT in medical imaging.

    18 parts1MIT
  • 2 layers90 × 70.5 mmEcg project, the printed circuit board in 3D

    Ecg project

    TallesSantosCUBoulder/ECEN4532_DSPLab_Spring2026_ECG_Project

    This signal of the heartbeat, in the form of the "PQRST" complex as seen with Figure 1, is what needs to be detected in order to find important information about a patient's heart.

    29 partsMIT