2 layers20 × 20 mm
Voltage datalogger adc0
LukeVassallo/RL_PCB
RL_PCB is a novel learning-based method for optimising the placement of circuit components on a Printed Circuit Board (PCB).
9 parts76MIT
Optimization
12 boardsKiCad boards from 2 GitHub repositories tagged “optimization”, the most starred first; open any of them in PCBKit.
- 2 layers91 × 95.3 mm
Screw connector
Tai-Min/Statek-UAV
ROS based UAV (Unmanned Autonomous Vehicle), Master's degree final project
642 parts6MIT - 2 layers20 × 20 mm
Bistable oscillator with 555 timer and ldo 2lyr setup 00
LukeVassallo/RL_PCB
RL_PCB is a novel learning-based method for optimising the placement of circuit components on a Printed Circuit Board (PCB).
6 parts76MIT - 2 layers20 × 20 mm
PModBoard
LukeVassallo/RL_PCB
RL_PCB is a novel learning-based method for optimising the placement of circuit components on a Printed Circuit Board (PCB).
5 parts76MIT - 2 layers20 × 20 mm
Tc logger max232
LukeVassallo/RL_PCB
RL_PCB is a novel learning-based method for optimising the placement of circuit components on a Printed Circuit Board (PCB).
5 parts76MIT - 2 layers20 × 20 mm
Tc logger max31856
LukeVassallo/RL_PCB
RL_PCB is a novel learning-based method for optimising the placement of circuit components on a Printed Circuit Board (PCB).
8 parts76MIT - 2 layers20 × 20 mm
Tc logger mcu
LukeVassallo/RL_PCB
RL_PCB is a novel learning-based method for optimising the placement of circuit components on a Printed Circuit Board (PCB).
4 parts76MIT - 2 layers20 × 20 mm
Tc logger silabs
LukeVassallo/RL_PCB
RL_PCB is a novel learning-based method for optimising the placement of circuit components on a Printed Circuit Board (PCB).
8 parts76MIT - 2 layers20 × 20 mm
Voltage datalogger adc2
LukeVassallo/RL_PCB
RL_PCB is a novel learning-based method for optimising the placement of circuit components on a Printed Circuit Board (PCB).
3 parts76MIT - 2 layers20 × 20 mm
Voltage datalogger afe
LukeVassallo/RL_PCB
RL_PCB is a novel learning-based method for optimising the placement of circuit components on a Printed Circuit Board (PCB).
9 parts76MIT - 2 layers92.5 × 41.3 mm
Button panel
Tai-Min/Statek-UAV
ROS based UAV (Unmanned Autonomous Vehicle), Master's degree final project
36 parts6MIT - 2 layers39.9 × 40 mm
Enkoder
Tai-Min/Statek-UAV
ROS based UAV (Unmanned Autonomous Vehicle), Master's degree final project
21 parts6MIT