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Boards by alvarop

30 boards

Open-source boards designed in KiCad by alvarop on GitHub, from 9 repositories. A board’s address here is its repository’s there.

  • 4 layers60 × 60 mmUsb switch, the printed circuit board in 3D

    Usb switch

    alvarop/debugotron

    Debugotron is a collection of debugging/automation tools I've wanted in the past but didn't have access to. Currently, the tools include:

    77 parts52BSD-3-Clause
  • 4 layers51.8 × 20 mmSample target, the printed circuit board in 3D

    Sample target

    alvarop/swd2usbc

    Have you ever wanted to debug your device over USB-C? Sometimes there's not enough room for a JTAG/SWD connector, or even Tag-Connect pads!

    57 parts29CC0-1.0
  • 2 layers125 × 102.5 mmReloj, the printed circuit board in 3D

    Reloj

    alvarop/reloj

    This project was inspired by my dad's university digital systems project from the late 1970's. I found the writeup and schematic and decided to try and re-create it.

    88 parts27
  • 4 layers39 × 92 mmChaac ng, the printed circuit board in 3D

    Chaac ng

    alvarop/chaac

    This is a work in progress for a wireless weather station project.

    82 parts21MIT
  • 2 layers36 × 12 mmUsb c power, the printed circuit board in 3D

    Usb c power

    alvarop/usb_c_power

    Want to replace your non USB-C power/charge cables for USB-C ones? This project lets you do just that!

    26 parts14
  • 2 layersController, the printed circuit board in 3D

    Controller

    alvarop/ostur

    This is a work in progress for a cheese cave controller system. The goal is to be able to control a mini fridge to get the right conditions for cheesemaking.

    89 parts8MIT
  • 2 layers50.8 × 61 mmNui, the printed circuit board in 3D

    Nui

    alvarop/nui

    Nui is an IR(evntually also BLE) controlled volume controller for analog audio. It sits between your audio source and speakers and can amplify or reduce the volume using IR commands (and evntually BLE).

    53 parts3MIT
  • 2 layers95 × 45.5 mmHp5x21 interface, the printed circuit board in 3D

    Hp5x21 interface

    alvarop/hp5x21_mods

    It replaces one of the ICs in the counter that used to route the counter data out the printer/logger port in the back and switches the direction.

    14 parts
  • 2 layers39.7 × 14 mmSample target, the printed circuit board in 3D

    Sample target

    alvarop/debugotron

    Debugotron is a collection of debugging/automation tools I've wanted in the past but didn't have access to. Currently, the tools include:

    31 parts52BSD-3-Clause
  • 2 layers20.5 × 11 mmSwd over c pogo, the printed circuit board in 3D

    Swd over c pogo

    alvarop/debugotron

    Debugotron is a collection of debugging/automation tools I've wanted in the past but didn't have access to. Currently, the tools include:

    6 parts52BSD-3-Clause
  • 4 layers30 × 20 mmSwd switch, the printed circuit board in 3D

    Swd switch

    alvarop/debugotron

    Debugotron is a collection of debugging/automation tools I've wanted in the past but didn't have access to. Currently, the tools include:

    28 parts52BSD-3-Clause
  • 2 layers43 × 20 mmSample target basic, the printed circuit board in 3D

    Sample target basic

    alvarop/swd2usbc

    Have you ever wanted to debug your device over USB-C? Sometimes there's not enough room for a JTAG/SWD connector, or even Tag-Connect pads!

    46 parts29CC0-1.0
  • 4 layers25.8 × 16 mmSwd2usbc, the printed circuit board in 3D

    Swd2usbc

    alvarop/swd2usbc

    Have you ever wanted to debug your device over USB-C? Sometimes there's not enough room for a JTAG/SWD connector, or even Tag-Connect pads!

    17 parts29CC0-1.0
  • 4 layers27 × 13 mmSwd2usbc basic, the printed circuit board in 3D

    Swd2usbc basic

    alvarop/swd2usbc

    Have you ever wanted to debug your device over USB-C? Sometimes there's not enough room for a JTAG/SWD connector, or even Tag-Connect pads!

    6 parts29CC0-1.0
  • 2 layers20.5 × 11 mmSwd2usbc programmer, the printed circuit board in 3D

    Swd2usbc programmer

    alvarop/swd2usbc

    Have you ever wanted to debug your device over USB-C? Sometimes there's not enough room for a JTAG/SWD connector, or even Tag-Connect pads!

    4 parts29CC0-1.0
  • 4 layers34 × 13 mmAntenna test, the printed circuit board in 3D

    Antenna test

    alvarop/chaac

    This is a work in progress for a wireless weather station project.

    5 parts21MIT
  • 4 layers34 × 60 mmChaac, the printed circuit board in 3D

    Chaac

    alvarop/chaac

    This is a work in progress for a wireless weather station project.

    70 parts21MIT
  • 4 layers40 × 20 mmChaac radio, the printed circuit board in 3D

    Chaac radio

    alvarop/chaac

    This is a work in progress for a wireless weather station project.

    22 parts21MIT
  • 2 layers31 × 19 mmNrf5281x usb lora, the printed circuit board in 3D

    Nrf5281x usb lora

    alvarop/chaac

    This is a work in progress for a wireless weather station project.

    35 parts21MIT
  • 4 layers41.8 × 14.8 mmNrf52811 usb, the printed circuit board in 3D

    Nrf52811 usb

    alvarop/chaac

    This is a work in progress for a wireless weather station project.

    46 parts21MIT
  • 4 layers26.8 × 14.8 mmRpi nrf52811, the printed circuit board in 3D

    Rpi nrf52811

    alvarop/chaac

    This is a work in progress for a wireless weather station project.

    29 parts21MIT
  • 2 layers25.4 × 22.9 mmRpi xbee, the printed circuit board in 3D

    Rpi xbee

    alvarop/chaac

    This is a work in progress for a wireless weather station project.

    6 parts21MIT
  • 2 layers38.1 × 16.5 mmRelays, the printed circuit board in 3D

    Relays

    alvarop/ostur

    This is a work in progress for a cheese cave controller system. The goal is to be able to control a mini fridge to get the right conditions for cheesemaking.

    8 parts8MIT