The ultimate solution would be to build it yourself!
Arduino has an excellent step by step guide on how to build a standalone Arduino, using a ATMega328, on a breadboard. Now everything is removable, not just the chip.
Note that there is one slight error in the guide, which I have highlighted here, Arduino Standalone - photo shows incorrect pin wired to MOSI Arduino Standalone - photo shows incorrect pin wired to MOSI.
There is a video on how to achieve, more or less, the same thing, 1-Day Project: Build Your Own Arduino Uno for 5ドル.
The ultimate solution would be to build it yourself!
Arduino has an excellent step by step guide on how to build a standalone Arduino, using a ATMega328, on a breadboard. Now everything is removable, not just the chip.
Note that there is one slight error in the guide, which I have highlighted here, Arduino Standalone - photo shows incorrect pin wired to MOSI.
There is a video on how to achieve, more or less, the same thing, 1-Day Project: Build Your Own Arduino Uno for 5ドル.
The ultimate solution would be to build it yourself!
Arduino has an excellent step by step guide on how to build a standalone Arduino, using a ATMega328, on a breadboard. Now everything is removable, not just the chip.
Note that there is one slight error in the guide, which I have highlighted here, Arduino Standalone - photo shows incorrect pin wired to MOSI.
There is a video on how to achieve, more or less, the same thing, 1-Day Project: Build Your Own Arduino Uno for 5ドル.
The ultimate solution would be to build it yourself!
enter image description hereStandalone Arduino
Arduino has an excellent step by step guide on how to build a standalone Arduino, using a ATMega328, on a breadboard. Now everything is removable, not just the chip.
Note that there is one slight error in the guide, which I have highlighted here, Arduino Standalone - photo shows incorrect pin wired to MOSI.
There is a video on how to achieve, more or less, the same thing, 1-Day Project: Build Your Own Arduino Uno for 5ドル.
The ultimate solution would be to build it yourself!
Arduino has an excellent step by step guide on how to build a standalone Arduino, using a ATMega328, on a breadboard. Now everything is removable, not just the chip.
Note that there is one slight error in the guide, which I have highlighted here, Arduino Standalone - photo shows incorrect pin wired to MOSI.
There is a video on how to achieve, more or less, the same thing, 1-Day Project: Build Your Own Arduino Uno for 5ドル.
The ultimate solution would be to build it yourself!
Arduino has an excellent step by step guide on how to build a standalone Arduino, using a ATMega328, on a breadboard. Now everything is removable, not just the chip.
Note that there is one slight error in the guide, which I have highlighted here, Arduino Standalone - photo shows incorrect pin wired to MOSI.
There is a video on how to achieve, more or less, the same thing, 1-Day Project: Build Your Own Arduino Uno for 5ドル.
The ultimate solution would be to build it yourself!
Arduino has an excellent step by step guide on how to build a standalone Arduino, using a ATMega328, on a breadboard. Now everything is removable, not just the chip.
Note that there is one slight error in the guide, which I have highlighted here, Arduino Standalone - photo shows incorrect pin wired to MOSI.
There is a video on how to achieve, more or less, the same thing, 1-Day Project: Build Your Own Arduino Uno for 5ドル.