Boards by galopago

55 boards

Open-source boards designed in KiCad by galopago on GitHub, from 12 repositories. A board’s address here is its repository’s there.

2 layers48.3 × 27.9 mm
C06
galopago/misistemita
Electronic hardware prototyping system. Solderless, robust and open source. Solves the typical problem of the circuit that works on a breadboard but stops working on a real-world setup.
44 parts47MIT
2 layers115 × 70 mm
Mcu proto-115x70mm
galopago/misistemote
Misistemote is an Open Source, modular ecosystem that uses pre-made PCB to mix and match your choice of processor board.
2,786 parts11MIT
2 layers52 × 40 mm
Modbus rtu mirror side esp32 88x37x59mm
galopago/din-rail-circuits
Collection of electronic circuits for DIN RAIL mount
39 parts7CC-BY-4.0
2 layers70 × 100 mm
Iot badge-433
galopago/iot-badge-legacy
Electronic conference badge for programming conventions, hacking events, etc.
77 parts4
2 layers36 × 48.3 mm
SA818 BREAKOUT
galopago/dil-breakout-pcb
Open source breakout boards for "stamp like" rf modules. Good for experimenting on a breadboard or to be used as sub-boards.
14 parts2MIT
2 layers15.7 × 15.7 mm
Me2188c slim
galopago/me2188c-slim
Small step-up module based on the ME2188 chip, designed specifically for low-power 3.3V embedded systems. It allows you to boost the voltage from a single 1.5V battery to 3.3V, enabling you to power your projects…
8 parts2
2 layers5.5 × 35 mm
LM75A PROBE PCB
galopago/i2c-temp-probe-pcb
Small circuit board, designed to be installed inside a metal tube or thermowell.
13 parts1MIT
2 layers43.8 × 21 mm
036INCH 5DIGIT
galopago/panel-mount-7-segment-display
Open source 7 segment serially controlled led display that fits inside a generic 45x26mm panel mount plastic enclosure. Upgrade your function specific panel meter PCB with a new one controllable by your preferred MCU.
10 parts1MIT
2 layers75 × 49 mm
Rak811-lora adaptable node
galopago/rak811-lora-adaptable-node
RAK811 based LoRa node, with multiple expansion possibilities and designed to fit inside a generic 83x58x33mm waterproof enclosure box.
23 parts1CC-BY-4.0
2 layers75 × 49 mm
Rak4200-lora adaptable node
galopago/rak4200-lora-adaptable-node
RAK4200 based LoRa node, with multiple expansion possibilities and designed to fit inside a generic 83x58x33mm waterproof enclosure box.
19 parts1CC-BY-4.0
2 layers30 × 15 mm
2x5-1-27-to-2x5-2-54
galopago/adapter-boards
This board was created to convert between the "small" J-Link EDU Mini Programmer-Debbuger 1.27 mm pitch connector to a 2.54 mm male header.
4 parts
2 layers60.2 × 20.3 mm
Qrpulley
galopago/qrpulley
KiCad PCB for a QRP HF antenna matching / feed network that can be configured with jumpers and components such as toroids.
24 parts
2 layers17.8 × 17.8 mm
B00
galopago/misistemita
Electronic hardware prototyping system. Solderless, robust and open source. Solves the typical problem of the circuit that works on a breadboard but stops working on a real-world setup.
9 parts47MIT
2 layers27.9 × 17.8 mm
B01
galopago/misistemita
Electronic hardware prototyping system. Solderless, robust and open source. Solves the typical problem of the circuit that works on a breadboard but stops working on a real-world setup.
10 parts47MIT
2 layers38.1 × 17.8 mm
B02
galopago/misistemita
Electronic hardware prototyping system. Solderless, robust and open source. Solves the typical problem of the circuit that works on a breadboard but stops working on a real-world setup.
10 parts47MIT
2 layers48.3 × 17.8 mm
B03
galopago/misistemita
Electronic hardware prototyping system. Solderless, robust and open source. Solves the typical problem of the circuit that works on a breadboard but stops working on a real-world setup.
10 parts47MIT
2 layers27.9 × 17.8 mm
B04
galopago/misistemita
Electronic hardware prototyping system. Solderless, robust and open source. Solves the typical problem of the circuit that works on a breadboard but stops working on a real-world setup.
8 parts47MIT
2 layers38.1 × 17.8 mm
B05
galopago/misistemita
Electronic hardware prototyping system. Solderless, robust and open source. Solves the typical problem of the circuit that works on a breadboard but stops working on a real-world setup.
10 parts47MIT
2 layers88.9 × 38.1 mm
C00
galopago/misistemita
Electronic hardware prototyping system. Solderless, robust and open source. Solves the typical problem of the circuit that works on a breadboard but stops working on a real-world setup.
42 parts47MIT
2 layers38.1 × 48.3 mm
C01
galopago/misistemita
Electronic hardware prototyping system. Solderless, robust and open source. Solves the typical problem of the circuit that works on a breadboard but stops working on a real-world setup.
20 parts47MIT
2 layers38.1 × 48.3 mm
C02
galopago/misistemita
Electronic hardware prototyping system. Solderless, robust and open source. Solves the typical problem of the circuit that works on a breadboard but stops working on a real-world setup.
20 parts47MIT
2 layers68.6 × 38.1 mm
C03
galopago/misistemita
Electronic hardware prototyping system. Solderless, robust and open source. Solves the typical problem of the circuit that works on a breadboard but stops working on a real-world setup.
33 parts47MIT
2 layers58.4 × 38.1 mm
C04
galopago/misistemita
Electronic hardware prototyping system. Solderless, robust and open source. Solves the typical problem of the circuit that works on a breadboard but stops working on a real-world setup.
14 parts47MIT
2 layers88.9 × 27.9 mm
C05
galopago/misistemita
Electronic hardware prototyping system. Solderless, robust and open source. Solves the typical problem of the circuit that works on a breadboard but stops working on a real-world setup.
19 parts47MIT