badger-hardware

GPIO control on Badger 2350 involves configuring pins as input or output using the machine module. To toggle an LED on Pin 25, import Pin from machine, create a Pin object with Pin.OUT mode, and call toggle(). The Skill provides PWM and interrupt support for advanced pin operations like motor control and button monitoring.

Yes, I2C communication on Badger 2350 enables direct sensor integration. The Skill supports common sensors including BME280 (temperature/humidity), APDS9960 (gesture/light), and VL53L0X (distance). It handles protocol setup, data parsing, and provides code examples for environmental monitoring and gesture-based app control.

NeoPixel and servo integration on Badger 2350 uses specialized code examples provided by the Skill. NeoPixel control manages addressable RGB LEDs via GPIO, while servo control uses PWM signals for precise motor positioning. Both are handled through straightforward pin configuration without manual protocol implementation.

The Skill bundles micropython drivers for common sensors: micropython-bme280, micropython-apds9960, micropython-vl53l0x, micropython-neopixel, and micropython-sdcard. These dependencies eliminate manual protocol coding and provide ready-to-use sensor communication for I2C and SPI devices.

SPI communication on Badger 2350 integrates external storage and device control. The Skill configures SPI pins, handles protocol timing, and includes SD card reader examples via the micropython-sdcard dependency. Configuration covers clock speed, chip select, and data transfer for reliable device communication.

Badger 2350 supports GPIO, I2C, and SPI protocols for hardware integration. GPIO handles direct pin control for LEDs and buttons; I2C connects sensors like BME280 and APDS9960; SPI manages SD cards and high-speed devices. The Skill provides configuration and examples for all three protocols.