Shared Projects by miker

Design files at: https://github.com/mike-rankin/ESP32_Desktop_Clock HackaDay link: https://hackaday.com/2021/10/27/esp32-clock-takes-time-to-give-weather-info-too/ This ESP32 internet of things desktop clock is a project created for my home. School has started and fall is coming so every morning my kids ask me what they should wear. This clock is normally very, very dim and shows the time, co2 value, room temperature and humidity in a dark orange color. When you move your hand a foot or so in front, the time fades away to a screen showing the days low temperature, high and what the weather conditions will be. Time is updated every few minutes over wifi from an NTP server, local weather data is updated from Openweather with various sensors on the front.

Hardware on this board: -ESP32 Pico D4 processor -temperature/humidity sensor (HDC1080DMBT) -laser range sensor (VL53L0CXV0DH) -CO2/TVOC (SGP-30-2.5K) -ambient light sensor (BH1750FVI) -135x240 TFT LCD (ER-TFT1.14-1) -3.3V LDO (NCP1117LPST33T3G) -1.8V LDO (RT9193-18GB) -Neopixel LED -USB interface (CP2104N) -USB-C Connector -QwiiC i2c Connector -Buzzer

This design controls various sizes of RGB Led Matrix displays using an ESP8266 and the Arduino IDE. A great tutorial for getting it up and running is at: http://www.instructables.com/id/RGB-LED-Matrix-With-an-ESP8266/ The Arduino library is at: https://github.com/2dom/PxMatrix

SAMD21G18A Sensor Board with Color Oled

This Sensor Board is yet another variation of the other one on my site. It is not for sale with no real purpose in mind. It was created as design challenge. My full time job is pcb design work and as a hobby I enjoy experimenting with new design ideas. This was one of the more challenging designs I’ve worked on in a while. A few times I’d given up on routing it. Evan using four routing layers I found it tough. The idea was to hide the bezel of the display behind the board but have sensor components on that same board. It would look something like a little tiny television with all the components around the edges. This latest revision has fixed a few issues I found on previous versions but the design idea can possibly help others in some way. Full credit goes to Adafruit for publishing the Feather M0 design files along with the bootloader. I used the Feather design to create the schematic for my board. Credit also goes to Microwavemont on Tindie and the SSD1331 library that he has on his site compiles error free using the Arduino IDE.

The assembly instructions are at: https://0miker0.wordpress.com/samd21g-sensor-board-with-color-oled/

Feel free to email me at 0miker[email protected] with questions and follow me @mikerankin on twitter.

Schematic and Bill of materials at: https://github.com/mike-rankin/3.3v-5v_0.95inch_SPI_Color_Oled

Grab the shared PCB from OSHPark at https://www.oshpark.com/shared_projects/Vlc5MLaO

Reach me at @mikerankin for any questions or comments

Schematic, Bill of Materials and Test Code at: https://github.com/mike-rankin/ESP8266-E12_Color_Oled

Assembly instructions -order the components on the parts list, follow the parts placement map and use the test sketches located here: https://0miker0.wordpress.com/esp8266-color-oled/ hand stuff the components, solder on the oled display but do not tape it down yet.

-connect the board to the Arduino IDE, pick the Adafruit Hazzah as the board, choose the right com port and load in one of the example sketches that I’ve modified for this hardware.

https://youtu.be/wIoibrByEOk