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- Current Firmware: https://github.com/embedded-software-laboratory/cpm_lab/tree/master/low_level_controller
For questions, please contact Patrick Scheffe
| Info |
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Steps require Main Vehicle PCB to be connected to vehicle to provide power |
For questions, please contact:
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1. Atmel Studio 7.0
- Start Atmel Studio 7.0
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- Load current vehicle firmware solution "vehicle_atmega2560_firmware.atsln"
2. ICE Programmer
| Warning |
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Make sure vehicle is powered off before connecting the programmer! |
- Check pinout of Programmer, Vehicle and Connector Cable:
- With vehicle power OFF, connect ICE programmer AVR Port to JTAG header.
Make sure to check pinout of Programmer, Vehicle and Connector Cable:
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- Connect ICE programmer with USB cable to PC.
3. Fuses
- Turn ON vehicle
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- Connect to ATmega Chip
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- with Tools→Device Programming
- Click Apply
- Click Read
- Set the correct fuses (see table and screenshot below)
- Click Program
| Fuse | Correct Setting |
|---|---|
| HIGH.SPIEN | Unchecked |
| HIGH.EESAVE | Optional i.e. checked or unchecked |
| LOW.CKDIV8 | Unchecked |
| LOW.SUT_CKSEL | Ext. Crystal Osc. 8.0- MHz; Start-up time: 16 CK + 65ms |
| Warninginfo |
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If vehicle is behaving irregularly i.e. servo steering is acting erratic, LEDs timing appears off, this is most likely due to an issue with the clock.
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4. Flash ATmega
- Flash chip using Start without Debugging
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- Turn OFF vehicle
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- Disconnect programmer
5. Tests
By setting a jumper, a test mode is activated. This allows testing the inputs and outputs without the MLC.
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