Other
“I love retro tech. It’s so much fun to play with older tech since they are usually larger and more aesthetic than modern equivalents. The only problem with old tech such as Nixie tubes is that they are rare …
“This is my third alarm clock design. It has an RGB 7-segments display made from WS2812 LEDs, a VS1053 chip to playback MP3’s as alarm sound, WiFi connectivity. It is easily programmable as the main board design is based …
“In this instructable I am going to show you how to make your own individually addressable LED hula hoop. Individually addressable means that each LED in the hoop can have a different color at the same time. I wanted to …
“Components: - ATtiny1614 microcontroller - SOP14 adapter board - 128x64 OLED screen with SSD1306 driver - JS5208 5 way switch - WS2812B LED - 2mm PMMA optic fiber - micro usb breakout (I used part of a custom PCB from an earlier project, you could use this …
“Since Make Munich come closer with giant step,s it is time to build some new exhibits. First test with a taped together ikosahedron where successful, so i wanted to build a more cleaned up version out of spy mirror …
“In this project, I made an infinity mirror based on a dodecahedron that reacts to sound. Essential materials: Arduino Uno 3mm thick 100x50cm MDF 2mm thick 100x50cm plexiglass 3 meter WS2812B LEDstrip 60 LEDs/m Sound Detection Sensor Module 3- …
“This instructable shows you how to build a lightwriter stick with RGB LEDs which is controllable via BLE from your phone! Now that the dark season starts and you need to take long exposure pictures: With this stick you can …
“The drivers on WS2812B addressable neopixels are drawing current even when the neopixels are off, set to color 0 (no neopixels elements lit).Under 1 milliamp per pixel, but with lots of pixels this could add up. It’s also …
“This is a again a clock, I know, and agian a binary one, I know! I just like to create different kinds of clocks, mainly using RGB leds. Binary time is not always easy to be read, so I thought …
“This instructable describes the design and construction of a so called Comfort Monitoring Station CoMoS, a combined sensor device for ambient conditions, that was developed at the department of the Built Environment at TUK, Technische Universitt Kaiserslautern, Germany. CoMoS uses …