For example, the remote control code from Ken Shirriff allows using just about any remote control you have laying around, and with some simple user interface code you can assign the buttons on the remote to a specific action: One of the benefits of using the Arduino code is being able to leverage the very good library code. The design files, including the Gerber output, are at this link. The familiar Arduino IDE makes the code easy to modify, and since the CPU has an I2C port a few more digital ports available, the chassis can be used for other audio projects. This board was used along with the PGA2311 preamp board to make a volume-compensated A/B speaker switchbox. NET FTDI drivers and send commands and data to this board. This board also has an FTDI USB receiver, so you can write code for the PC using the. It’s a compact solution that allows using the nice chassis for other projects, or adding more circuitry and functionality to the preamp. The board combines the CPU (mega328 with Arduino bootloader), the LCD display, a port extender and IR receiver, using the same form-factor as the original PGA2311 kit CPU. This project provides an Arduino-compatible CPU board replacement for controlling those reasonably-priced PGA2311 preamp kits.
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