What specific hardware does this skill support?

This skill is designed for the Pimoroni Badger 2350 (Tufty) badge, providing code for its GPIO pins, Qwiic (I2C) connector, SPI interface, and ADC inputs.

Does this skill include drivers for specific sensors?

Yes, it includes lightweight MicroPython implementations for common sensors like the BME280 (Temp/Humidity), APDS9960 (Gesture), and VL53L0X (Distance).

Can I use this for the original Badger 2040?

While many MicroPython commands are compatible, this skill is specifically optimized for the RP2350 architecture and pinout of the Badger 2350.

How does the skill handle hardware safety?

It provides explicit warnings regarding 3.3V logic levels, current-limiting requirements for LEDs, and the use of flyback diodes for inductive loads like motors.

Does it support the E-ink display integration?

Yes, it includes patterns for displaying live sensor data and creating interactive hardware control UIs on the Badger 2350 E-ink screen.

Badger 2350 Hardware Integration

Name: Badger 2350 Hardware Integration
Author: johnlindquist

byjohnlindquist

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Other

Enables seamless hardware interfacing for the Badger 2350, covering GPIO, I2C sensors, SPI devices, and external electronics.

About

This skill provides a comprehensive toolkit for developers building applications on the Badger 2350 badge (RP2350). it offers standardized implementation patterns for MicroPython hardware control, including precise GPIO configuration for buttons and LEDs, complex I2C sensor drivers for environmental monitoring, SPI communication for SD cards, and specialized outputs like PWM for servos or NeoPixel arrays. It is an essential resource for bridging the gap between high-level badge software and physical interaction, ensuring safe and efficient hardware utilization during development for the Universe 2025 badge.

Key Features

Standardized MicroPython GPIO, PWM, and Interrupt configurations
Pre-built drivers for common I2C sensors including BME280 and VL53L0X
3 GitHub stars
Hardware safety guidelines and power management implementation patterns
Advanced control logic for NeoPixel (WS2812B) LEDs and Servo motors
SPI communication patterns for SD card storage and external peripherals

Use Cases

Creating data logging applications that interface with SPI-based SD card readers
Developing interactive badge games using external buttons and LED feedback
Building environmental monitors using I2C temperature and humidity sensors

About

Key Features

Standardized MicroPython GPIO, PWM, and Interrupt configurations
Pre-built drivers for common I2C sensors including BME280 and VL53L0X
3 GitHub stars
Hardware safety guidelines and power management implementation patterns
Advanced control logic for NeoPixel (WS2812B) LEDs and Servo motors
SPI communication patterns for SD card storage and external peripherals

Use Cases

Creating data logging applications that interface with SPI-based SD card readers
Developing interactive badge games using external buttons and LED feedback
Building environmental monitors using I2C temperature and humidity sensors