A power management PCB designed to charge a lithium-ion battery and power a low-power Arduino application
SkyDock - is an autonomous VTOL aircraft powered by ArduPilot, designed for low-altitude, long-range missions. It features a 6 km range at 2 meters above ground, a laser for simulated object tracking, autonomous recharging, and chemical refilling simulation.
An opensource ultra-low power programmable Bluetooth® Low Energy wireless SoC base on STM's BlueNRG-LP.
Projet d'un capteur en graphite de type low-tech en graphite, par Izan VALENCIA et Ignacio DEL CAMPO
SNAK (Sisyphus Needed a Keyboard): A split, low-profile, wireless keyboard designed with Ergogen and built with a nice!nano MCU, nice!view OLED, and Kailh choc switches
SNAK (Sisyphus Needed a Keyboard): A split, low-profile, wireless keyboard designed with Ergogen and built with a nice!nano MCU, nice!view OLED, and Kailh choc switches
SNAK (Sisyphus Needed a Keyboard): A split, low-profile, wireless keyboard designed with Ergogen and built with a nice!nano MCU, nice!view OLED, and Kailh choc switches
This is a PCB design for an attempt at making a 32 Channel Amplifier circuit for fast rising peaks at low energy levels using a CREMAT amplifier board as a base.
This is a PCB design for an attempt at making a 32 Channel Amplifier circuit for fast rising peaks at low energy levels using a CREMAT amplifier board as a base.
Universal Zigbee Sensor Board (ESP32-H2-Supermini): A KiCad 9.0 project for a versatile, low-power sensor platform using the ESP32-H2-Supermini, designed for easy integration of various sensors in IoT applications.
This project contains the schematic, PCB, and programming files used for a Smart Watch project. The project is based on a Nordic microcontroller, communicating with BLE and showing graphics on the low-power screen.
VoxLink is a high-speed solution that allows interfacing of up to 100 sensors using a single high-speed host device. The communication protocol is agnostic to the sensor board, freeing the user from handling low-level communication. This project is part of my Bachelor's thesis at the Czech Technical University in Prague.
VoxLink is a high-speed solution that allows interfacing of up to 100 sensors using a single high-speed host device. The communication protocol is agnostic to the sensor board, freeing the user from handling low-level communication. This project is part of my Bachelor's thesis at the Czech Technical University in Prague.
VoxLink is a high-speed solution that allows interfacing of up to 100 sensors using a single high-speed host device. The communication protocol is agnostic to the sensor board, freeing the user from handling low-level communication. This project is part of my Bachelor's thesis at the Czech Technical University in Prague.
VoxLink is a high-speed solution that allows interfacing of up to 100 sensors using a single high-speed host device. The communication protocol is agnostic to the sensor board, freeing the user from handling low-level communication. This project is part of my Bachelor's thesis at the Czech Technical University in Prague.
VoxLink is a high-speed solution that allows interfacing of up to 100 sensors using a single high-speed host device. The communication protocol is agnostic to the sensor board, freeing the user from handling low-level communication. This project is part of my Bachelor's thesis at the Czech Technical University in Prague.
VoxLink is a high-speed solution that allows interfacing of up to 100 sensors using a single high-speed host device. The communication protocol is agnostic to the sensor board, freeing the user from handling low-level communication. This project is part of my Bachelor's thesis at the Czech Technical University in Prague.
VoxLink is a high-speed solution that allows interfacing of up to 100 sensors using a single high-speed host device. The communication protocol is agnostic to the sensor board, freeing the user from handling low-level communication. This project is part of my Bachelor's thesis at the Czech Technical University in Prague.
VoxLink is a high-speed solution that allows interfacing of up to 100 sensors using a single high-speed host device. The communication protocol is agnostic to the sensor board, freeing the user from handling low-level communication. This project is part of my Bachelor's thesis at the Czech Technical University in Prague.