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Open-source KiCad boards

16 match “lhm0”

Printed circuit boards designed in KiCad and published on GitHub, each with its parts, layers and size, its README and its files; open any of them in PCBKit.

  • 2 layers30 × 49.3 mmUSB PD monitor V1, the printed circuit board in 3D

    USB PD monitor V1

    lhm0/pd_logger

    This repository contains two DIY gadgets to monitor and log USB-C Power Delivery (PD). Both devices are designed to be easy to build, hackable, and useful for makers who want to explore USB-C PD.

    34 parts82
  • 2 layers76.5 × 109.1 mmRD40 display V1, the printed circuit board in 3D

    RD40 display V1

    lhm0/rotating_display

    A DIY 40 LED rotating display with Arduino nano and ESP-01s microcontrollers

    32 parts71
  • 4 layers141.9 × 131.1 mmRS64c, the printed circuit board in 3D

    RS64c

    lhm0/rotating_sphere

    Rotating LED Sphere - a POV display with RP2040

    145 parts46
  • 4 layers93.5 × 118.6 mmRD56, the printed circuit board in 3D

    RD56

    lhm0/rotating_display_color

    56 LED rotating color display with RP2040 and ESP32 microcontrollers

    266 parts25
  • 2 layers67 × 45 mmMarvin PS, the printed circuit board in 3D

    Marvin PS

    lhm0/marvin_robot

    robot model controlled by ESP32

    20 parts2
  • 4 layers60 × 79 mmSpeaking clock smd, the printed circuit board in 3D

    Speaking clock smd

    lhm0/talking_clock

    A talking clock for visually impaired users. ESP32 controlled, fully offline, long battery life.

    89 parts1
  • 2 layers16 × 52 mmUSB PD monitor ESP01s, the printed circuit board in 3D

    USB PD monitor ESP01s

    lhm0/pd_logger

    This repository contains two DIY gadgets to monitor and log USB-C Power Delivery (PD). Both devices are designed to be easy to build, hackable, and useful for makers who want to explore USB-C PD.

    25 parts82
  • 2 layers11.5 × 16 mmUSB plug, the printed circuit board in 3D

    USB plug

    lhm0/pd_logger

    This repository contains two DIY gadgets to monitor and log USB-C Power Delivery (PD). Both devices are designed to be easy to build, hackable, and useful for makers who want to explore USB-C PD.

    4 parts82
  • 2 layers105 × 79.2 mmRD40 PS V1, the printed circuit board in 3D

    RD40 PS V1

    lhm0/rotating_display

    A DIY 40 LED rotating display with Arduino nano and ESP-01s microcontrollers

    25 parts71
  • 2 layers124 × 90 mmRS64c PS, the printed circuit board in 3D

    RS64c PS

    lhm0/rotating_sphere

    Rotating LED Sphere - a POV display with RP2040

    72 parts46
  • 2 layers140 × 140 mmSek Coil sphere, the printed circuit board in 3D

    Sek Coil sphere

    lhm0/rotating_sphere

    Rotating LED Sphere - a POV display with RP2040

    46 parts46
  • 2 layers44.1 × 44.1 mmRD56c motor tray, the printed circuit board in 3D

    RD56c motor tray

    lhm0/rotating_display_color

    56 LED rotating color display with RP2040 and ESP32 microcontrollers

    2 parts25
  • 2 layers105 × 75.3 mmRD56c PS V1, the printed circuit board in 3D

    RD56c PS V1

    lhm0/rotating_display_color

    56 LED rotating color display with RP2040 and ESP32 microcontrollers

    35 parts25
  • 2 layers78.4 × 40.8 mm28BYJ 48 test, the printed circuit board in 3D

    28BYJ 48 test

    lhm0/marvin_robot

    robot model controlled by ESP32

    5 parts2
  • 2 layers54 × 78.8 mmMarvin MCU, the printed circuit board in 3D

    Marvin MCU

    lhm0/marvin_robot

    robot model controlled by ESP32

    17 parts2
  • 2 layers70 × 74 mmSpeaking clock, the printed circuit board in 3D

    Speaking clock

    lhm0/talking_clock

    A talking clock for visually impaired users. ESP32 controlled, fully offline, long battery life.

    24 parts1