The Raspberry Pi Pico is a high-performance, low-cost microcontroller board built around the RP2040—the first silicon chip designed in-house by the Raspberry Pi Foundation. At Electrapac, we recommend the Pico for everything from beginner-friendly "Blinky" projects to advanced machine learning at the edge.

Product Overview

Unlike the traditional Raspberry Pi boards, the Pico is not a Linux computer; it is a microcontroller. This means it runs code directly without an operating system, making it incredibly fast for hardware-level tasks like reading sensors, controlling motors, and managing real-time displays. It bridges the gap between the simplicity of an Arduino and the power of modern ARM architecture.

Key Features for Electrapac Customers

• Dual-Core Processing: The dual Cortex-M0+ cores allow you to run two separate tasks simultaneously—for example, one core can handle complex sensor math while the other manages a fast-scrolling display.

• Programmable I/O (PIO): This is the "secret sauce" of the Pico. PIO allows you to create custom hardware interfaces (like VGA output or unique serial protocols) that run independently of the main CPU.

• Flexible Programming: Supports MicroPython and CircuitPython for rapid prototyping, or C/C++ for professional-grade performance.

• Castellated Holes: The edges of the PCB are notched, allowing you to solder the Pico directly onto another PCB as a surface-mount component for your custom Electrapac designs.

• Ultra-Low Power: It features a high-efficiency buck-boost converter, allowing it to run reliably from a single Li-ion battery or even AA cells.

Technical Implementation Guide

Getting started with your Electrapac Raspberry Pi Pico is straightforward:

1. Connecting: Plug the Pico into your computer via a Micro-USB cable while holding the BOOTSEL button. It will appear as a USB mass storage drive.

2. Coding: Drag and drop your firmware (like the MicroPython .uf2 file) onto the drive, and the Pico will reboot and start running your code instantly.

3. Expansion: Use the 26 GPIO pins to connect everything from LED matrices to I2C sensors.

Primary Applications

• Internet of Things (IoT): Use it as the brain for smart home sensors and data loggers.

• Robotics: Dual-core power is perfect for processing sensor data and controlling multiple servos in real-time.

• Digital Displays: Drive OLEDs, TFT screens, and NeoPixel strips with ease.

• USB Peripherals: Create custom macro pads, game controllers, or MIDI devices.

• Machine Learning: Run "TinyML" models for gesture recognition or voice detection.

Why Shop at Electrapac?

We supply the Genuine Raspberry Pi Pico to ensure you get the full 2MB of flash and reliable RP2040 performance. Visit us at www.electrapac.com for the microcontrollers that bring your most ambitious code to life.