My Arduino, ATTiny85, ESP8266/32, RPi (Raspberry Pi) and STM32 (blue pill) projects
- IDE : general setup, particularly about ATTiny85 setup.
- ATTiny85
- ESP8266
- GPIO-pi3: pin diagram for RPi3.
- nano - benchmarks, timer
- pico
- stm8s103f3p6
- stm32 - blinker sketch
- wroom
- audio
- circuits - various electrical circuits
- debounce a button
- linking
- logic analyser
- serial
- software
- telnet server: dev03-2
- Twiddle-factor FFT for mcus
- sml - state machines. C++
- 0clock: nano, ds3231, zeroseg clock with timer
- abaclock: clock made with a RTC clock and an Arduino LED backpack
- alacrity: pills reminder and warnings raised by alarm
- alarm: raises a panic call to alacrity
- atlast: a Forth for mcus based on Walker's Forth
- blinky85: directory containing code for blinking an ATTiny85 from RPi - consider it a baseline for making projects using C++, and not the IDE
- blinkt
- crunky: start of a unikernel for Raspberry Pi 3
- dev01: meditation timer
- dev02: projects for the DEV02 home-made board: green_red and mhz85
- dev03
- dev04 WITHDRAWN
- dev05: ATTiny85 programmer for the Pi
- dev06: 8x8, nano
- dev07 WITHDRAWN
- dev08: 555 fixed tone generator
- dev09: voltage generator. esp32 mcp4921 simplecli, timer interrupts
- hertz: frequency measurement
- minitone85: working version of tone() for ATtiny85
- mins30-85: 30 minute timer for ATTiny85, programmable from the Pi (
DEV01). - pills: remember to take your pills
- synth: sound synthesizer/tone-maker
- sleep85: conserving power by putting the ATTiny85 to sleep
- Enclosures 10pcs 75 x 54 x 27mm DIY Plastic Project Housing Electronic Junction Case Power Supply Box
- Mini USB nano. Amazon also has good deals on these
- VGA breakout board
- ZeroSeg SPI
1306 I2C. WROOM
4 quasi-SPI. NANO/STM32/WROOM
8x8 I2C
Stereo Audio Jack. G=GND, L=Left speaker, R=Right speaker, 1=unknown, 2=unknown.
Underside shown.
mcp4921 12-bit DAC. SPI
