The AB Electronics UK Knowledge Base provides support solutions, tutorials and troubleshooting guides.
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Raspberry Pi
- PCB Header Assembly Jig
- Raspberry Pi GPIO Pins
- Samba Setup on Raspberry Pi
- Set a static IP Address on Raspberry Pi OS Bookworm
- I2C Part 1 - Introducing I2C
- I2C Part 2 - Enabling I2C on the Raspberry Pi
- I2C Part 3 - I2C tools in Linux
- I2C Part 4 - Programming I2C with Python
- SPI and Python on Raspberry Pi OS
- Using Pythonpath with our Python Libraries
- Connecting Development Boards to the Raspberry Pi 400
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- Raspberry Pi Pico
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IO Pi Plus
- IO Pi Plus FAQ
- IO Pi Plus Tutorial 1 - The Blinking LED
- IO Pi Plus Tutorial 2 - Push the Button
- IO Pi Plus Tutorial 3 - Introducing Interrupts
- IO Pi Plus Tutorial 4 - More Interrupts
- IO Pi Plus Tutorial - MQTT Reading the Ports
- IO Pi Plus with Raspberry Pi Pico
- IO Pi Plus Tutorial - MQTT Control
- Driving Relays or Higher Loads with the IO Pi Plus
- 16 Channel Opto-Isolated Input Board
- Relay Board for the IO Pi Plus 2.1
- IO Zero 32
- RTC Pi
- Serial Pi
- Servo PWM Pi
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Home Assistant
- Using 1 Wire with Home Assistant and the Raspberry Pi OS
- Using I2C Devices on the Raspberry Pi with Home Assistant
- Using the ADC Differential Pi with Home Assistant on the Raspberry Pi
- Using the ADC Pi with Home Assistant on the Raspberry Pi
- Using the IO Pi Plus with Home Assistant on the Raspberry Pi
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Legacy Products
- ADC DAC Pi (Discontinued)
- ADC Pi (Discontinued)
- Buffer Pi - Legacy Product
- Com Pi (Discontinued)
- Delta-Sigma Pi (Discontinued)
- Expander Pi (Discontinued)
- IO Pi (Discontinued)
- IO Pi Plus 1.0 (Discontinued)
- IO Pi Zero (Discontinued)
- Logic Level Converter (Discontinued)
- RTC Alarm Pi (Discontinued)
- RTC Pi (Discontinued)
- Serial Pi (Discontinued)
- 1 Wire Pi (Discontinued)
- 1 Wire Pi Plus 1.0 (Discontinued)
- Other Supported Platforms
Raspberry Pi Pico
Using our development boards on the Raspberry Pi Pico
The Raspberry Pi Pico is a microcontroller development board designed by the Raspberry Pi Foundation. Unlike the traditional Raspberry Pi computers, the Pico is not a full-fledged computer but a powerful microcontroller designed for embedded systems and electronics projects. It features the RP2040 microcontroller chip, developed by the Raspberry Pi Foundation, which provides dual-core Arm Cortex-M0+ processors and a variety of I/O pins.
The Pico is compact, affordable, and designed to be easily integrated into various projects. It's programmable using the MicroPython and C/C++ programming languages, making it accessible to beginners and experienced developers. With its GPIO pins, analogue inputs, and support for various communication protocols like SPI, I2C, and UART, the Raspberry Pi Pico is suitable for sensor interfacing, motor control, IoT projects, and more. Its versatility, low cost, and active community support have made it a popular choice for electronics enthusiasts and professionals.
This knowledge base section contains articles and tutorials on the Raspberry Pi Pico, showing how to use it with our range of development boards.