Resources

Revive old laptops and PCs - program electronics projects with Raspbian OS

Adafruit arduino BBC micro:bit BBC microbit coding makecode microbit MicroPython mu editor old laptop raspberry pi Raspbian scratch

Revive old laptops and PCs - program electronics projects with Raspbian OS

The Raspbian operating system, originally designed for the small Raspberry Pi computer, now has a version for laptops and PCs. Raspbian runs nicely on computers that are no longer deemed powerful enough to run the latest Windows or MacOS versions. Raspbian is great if you're setting up a kids' makerspace or school Code...

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Pimoroni Pirate Radio: Add Some Streams - 3 Suggestions to Get You Started

Pimoroni Pirate Radio: Add Some Streams - 3 Suggestions to Get You Started

The Pimoroni Pirate Radio Kit is a fun way to listen to your favourite streams. Although a sample playlist is provided, here's some links to get you started looking for some kid-friendly/educational streams..

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Set up the Pimoroni pHAT DAC with OpenElec and Kodi, on the Raspberry Pi Zero W

Set up the Pimoroni pHAT DAC with OpenElec and Kodi, on the Raspberry Pi Zero W

OpenElec is a Linux media player distribution, that runs Kodi, and supports the pHAT DAC. To set this up..

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Kitronik ZIP Halo for the BBC micro:bit - MicroPython Examples

BBC micro:bit halo kitronik micropython neopixels pyrhon ZIP

Kitronik ZIP Halo for the BBC micro:bit - MicroPython Examples

Here's a couple of examples using the Kitronik ZIP Halo for the BBC micro:bit - that leverage the circular RGB LED configuration. Essentially, the Kitronik ZIP LEDs are programmed in the same way as Adafruit NeoPixels, as documented in the BBC micro:bit MicroPython documentation found online at: https://microbit-micropython.readthedocs.io/en/latest/neopixel.html

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Connecting I2C Devices to the BBC micro:bit

APDS-9960 BBC micro:bit DFRobot I2C micro:bit microbit MicroPython Python Sensors

Connecting I2C Devices to the BBC micro:bit

The BBC micro:bit supports the I²C bus protocol, for communicating with other devices, like sensors. In this post, I've used MicroPython to demonstrate, but the principles can easily be translated to lower and higher level languages.

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