After the capacitance is replaced with a good one, the bootloader can work now. As your instuction, I use MPLAB X to bootload the PIC32, and find out the external crystal is not working because one capacitance besides the crystal happened to break down. Is an example project for the bootloader, should I work on it to rebuild the UDB32-MX2-DIP bootloader? Is this a heavy work, or are there some tutorials and Generally or in the usage of OPENBCI? If should I obtain the project of the C source file for UDB32-MX2-DIP, and build the hex file myself? In the github, there Do you use the MPLAB X IDE to flash the PIC32 In my comprehension, the XC32 is useful in the compling the code written by C, not in the loading of hex file. Is it normal and correct? or Something Wrong?Īnd in the processiong of programming, the time is very short, it is as short as one second. The following memory area(s) will be programmed:Īs you may have notice that the boot config memory and configuration memory are blank in the output box. When it is finished, I check the "Make and Program Device" option to load the hex file. And I don't do anything more in the procession of importing the image file. Have tried the MPLAB X IDE v2.35, the UDB32-MX2-DIP.hex file is import from the File>Import>Hex/ELF.File, and the hardware tool is chosen as PICkit3/ SN:BUR132284452.
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