__ __ _______ _______ _______ _______ _______ ______ ___ _______ ___
| | | || || _ || || || || _ | | | | _ || |
| | | || _____|| |_| ||____ || _____|| ___|| | || | | | |_| || |
| |_| || |_____ | | ____| || |_____ | |___ | |_||_ | | | || |
| ||_____ || _ | | ______||_____ || ___|| __ || | | || |___
| | _____| || |_| || |_____ _____| || |___ | | | || | | _ || |
|_______||_______||_______||_______||_______||_______||___| |_||___| |__| |__||_______|
USB to Serial board came as a helping board for my another my project. I had to program a number of cheap Arduino Pro Mini clone boards in a row. The problem I was having was to mix up cable all the time. I decided to fix this issue once and for all by creating a simple USB to Serial interface board which will connect directly with Arduino Pro Mini correctly.
USB2Serial_CH340G_v1.2 is a simple USB to Serial board based on CH340G chip, created especially to fit well with Arduino Pro Mini boards.
Preview:
Features:
- based on very cheap CH340G chip
- locked pins for Pro Mini
- configurable for 5V and 3.3V
CAM files are available. BoM and PnP files for JLCPCB are available.
USB2Serial_FT232RL_v1.0 is a simple USB to Serial board based on FT232RL chip, created especially to fit well with Arduino Pro Mini boards.
Preview:
Features:
- based on more common FT232RL chip
- locked pins for Pro Mini
- configurable for 5V and 3.3V
CAM files are available. BoM and PnP files for JLCPCB are available.
USB2Serial_CP2102_v1.0 is a simple USB to Serial board based on CP2102 chip, created especially to fit well with Arduino Pro Mini boards.
Preview:
Features:
- based on more common CP2102 chip
- locked pins for Pro Mini
- configurable for 5V and 3.3V
CAM files are available. BoM and PnP files for JLCPCB are available.
- CH340G Driver for Windows: CH341SER_ZIP
- FT232RL Driver for Windows: Home/Drivers/VCP Drivers
- CP2102 Driver for Windows: CP210x USB to UART Bridge VCP Drivers
Your contributions as code, resources, or finances are welcome! Please contact me directly via email at [email protected] or through my GitHub profile.
If you'd like to make a financial contribution, you can donate via PayPal or Ko-Fi. Your support is greatly appreciated.
Thanks in advance!