![]() ![]() So I started searching for a C8051F320 board that could possible could do the trick, in the end I found the understated EX-F320 development board by WaveShare. Therefore the interface required from the board is minimal if we disregard the level shifting feature and assume 3 volts. The chipcon debug/programming interface for these TI chips is just 3 wires Debug Data, Debug Clock and RESET. ![]() The SmartRF04 essentially contains a C8051F320 and along with additional circuitry for level shifting and on board peripherals. Although the TI CC debugger is a relative inexpensive debugging tool, I did stumble across a cheaper option that is compatible with the TI software suite (SmartRF Studio & IAR) and could be used for development or re-flashing a dead CC debugger/SmartRF04EB.Īn alternative to the CC debugger is to use the more expensive SmartRF04EB development board. ![]()
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