A distribution board system designed for automatic electrical fault monitoring using Digital Signal Processing (FFT analysis), Isolation Forest, and YOLO thermal imaging detection with a Mobile App, alerting system, and automatic cutoff.
Microprocessor Quad Drone System, based on SPRacing R3 w/Arduino PPM Control Signal
Microprocessor Quad Drone System, based on SPRacing R3 w/Arduino PPM Control Signal
Custom KiCad breakout PCBs for the G-Wii portable Wii. Replaces 20-30 signal wires with modular boards connected via FFC cables. Includes daughterboard, video FLX, ABXY, DPAD, joystick, and tactile mount boards.
Custom KiCad breakout PCBs for the G-Wii portable Wii. Replaces 20-30 signal wires with modular boards connected via FFC cables. Includes daughterboard, video FLX, ABXY, DPAD, joystick, and tactile mount boards.
Custom KiCad breakout PCBs for the G-Wii portable Wii. Replaces 20-30 signal wires with modular boards connected via FFC cables. Includes daughterboard, video FLX, ABXY, DPAD, joystick, and tactile mount boards.
Custom KiCad breakout PCBs for the G-Wii portable Wii. Replaces 20-30 signal wires with modular boards connected via FFC cables. Includes daughterboard, video FLX, ABXY, DPAD, joystick, and tactile mount boards.
Custom KiCad breakout PCBs for the G-Wii portable Wii. Replaces 20-30 signal wires with modular boards connected via FFC cables. Includes daughterboard, video FLX, ABXY, DPAD, joystick, and tactile mount boards.
Custom KiCad breakout PCBs for the G-Wii portable Wii. Replaces 20-30 signal wires with modular boards connected via FFC cables. Includes daughterboard, video FLX, ABXY, DPAD, joystick, and tactile mount boards.
Custom KiCad breakout PCBs for the G-Wii portable Wii. Replaces 20-30 signal wires with modular boards connected via FFC cables. Includes daughterboard, video FLX, ABXY, DPAD, joystick, and tactile mount boards.
Real-time ECG biosensor using AD8232, Arduino Uno R4, Python signal processing, and Streamlit dashboard with PCB design and validation against Apple Watch
Limitless Common Mode Scope. Battery powered probe with fast ADC with FPGA and UART connection. Data acquisition takes place when the trigger signal is high, later data is sent via UART to the computer. Purpouse of this device is to make precise measurements for high common mode signals.
GitHub mirror of the Topola PCB autorouter. PRs and issues accepted both here and on Codeberg.