2 layers
Open-source KiCad boards
11 match “mitxela”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 layers482.6 × 35.6 mm
- 2 layers24 × 79 mm
- 2 layers121.3 × 197.5 mm
Flipdot
mitxela/flipdots
KiCad designs and software for driving Hanover flipdot displays with a resolution of 13 by 28, as used in the FLIP fluid on Flipdots project
521 parts10 - 2 layers36 × 24 mm
- 2 layers60.4 × 197.5 mm
Flipdot
mitxela/flipdots
KiCad designs and software for driving Hanover flipdot displays with a resolution of 13 by 28, as used in the FLIP fluid on Flipdots project
262 parts10 - 2 layers44 × 19 mm
Flipdot decode
mitxela/flipdots
KiCad designs and software for driving Hanover flipdot displays with a resolution of 13 by 28, as used in the FLIP fluid on Flipdots project
10 parts10 - 2 layers50.8 × 15.2 mm
MorseKEY
wyolum/morseKEY
Morse Code USB Keyboard, from https://mitxela.com/projects/morse_code_usb_keyboard_mk_ii
18 parts6 - 4 layers
Fluid Simulation Pendant
EmperorMurfy/Fluid-Simulation-Pendant
A Fluid Simulation Pendant Inspired by Mitxela
281 parts1MIT - 4 layers33.1 × 32.2 mm
LED Earrings Charging Board
sandgum/Triangulate-MS_01-Matrix-LED-Studs
Tiny 8x8mm ear studs (inspired by Mitxela) with 16 LEDs on each, arranged in a 4x4 matrix. Each matrix is controlled by a MAX32660 microcontroller paired with an accelerometer to react to orientation changes.
112 parts - 4 layers26.3 × 16 mm
LED Earrings
sandgum/Triangulate-MS_01-Matrix-LED-Studs
Tiny 8x8mm ear studs (inspired by Mitxela) with 16 LEDs on each, arranged in a 4x4 matrix. Each matrix is controlled by a MAX32660 microcontroller paired with an accelerometer to react to orientation changes.
54 parts