A high-resolution, low-power capacitive tactile sensing technology optimised for use in wearable devices, robotics and healthcare.
A high-resolution, low-power capacitive tactile sensing technology optimised for use in wearable devices, robotics and healthcare.
A high-resolution, low-power capacitive tactile sensing technology optimised for use in wearable devices, robotics and healthcare.
A high-resolution, low-power capacitive tactile sensing technology optimised for use in wearable devices, robotics and healthcare.
A beginner-friendly KiCad PCB project for a basic LED torch powered by a coin cell and controlled using a tactile switch.
A beginner-friendly KiCad PCB project for a basic LED torch powered by a coin cell and controlled using a tactile switch.
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.