A classic example of an internet cadaver. Three experienced IT people were unable to convert the asm file into a working hex file and the maker does not respond to emails. Fortunately, JAL is still alive and kicking.
Op dinsdag 23 januari 2024 om 13:49:24 UTC+1 schreef Pinhead: > If you don't need to change the program, just download the hex file from > instructable, rename it with "hex" and program your chip with your favorite > tool as you do usually > > Ensure you are using the same pic model as used in the description, > otherwise you will not be able to program it without changing the "include" > declaration in the asm file, and maybe one or two other things > > Easiest is of course to keep the chosen pic > > > Le 23 janv. 2024, à 13:44, Pinhead <[email protected] target=_blank> > [email protected]> a écrit: >> >> It's really easy. Let's do it together... >> >> Do you have MPLABX installed? If not, go to this page: >> https://www.microchip.com/en-us/tools-resources/develop/mplab-x-ide >> >> and download the version for you, windows, Linux or Mac. This will take >> a while. >> >> Once downloaded, Double click on the file to install it. You may keep >> all the options to default, but to make it lighter, you may unchecked the >> mplab c16 and c32 compilers: you will need them >> >> Wait until the installation is done. This will also take a while..... >> >> >> Now, download the source file "new" from instructable. >> Rename it with an "asm" extension >> >> Now, open it in mplab. >> If you want to modify some parameters, Now is the good time to do so. >> >> Once done, compile your asm file. >> >> >> It's that simple. You will now have a correct hex file to program your >> own pic. >> >> Le 23 janv. 2024, à 13:26, Hans van Veldhuizen <[email protected]> a >> écrit: >>> >>> Hello Pinheadand others >>> Unfortunately, that goes far beyond my knowledge and capabilities. I'll >>> have to find someone to do this for me. >>> >>> >>> Op maandag 22 januari 2024 om 17:05:28 UTC+1 schreef Pinhead: >>> >>>> Try with the asm file, load it in mplab, and from there you should be >>>> able to compile it to a hex file and program your pic >>>> >>>> Verify that you use the same pic as declared in the asm file >>>> >>>> >>>> >>>> Le 22 janv. 2024, à 17:01, Hans van Veldhuizen <[email protected] >>>> <http://href>> a écrit: >>>>> >>>>> Hi Pinhead, >>>>> The example looks what i need, i have download the hex file but this >>>>> this is a tmp file. >>>>> Changed the extension in hex . Pickit3plus gave an eror when tried >>>>> to load. >>>>> regards >>>>> Hans >>>>> >>>>> >>>>> Op maandag 22 januari 2024 om 16:36:45 UTC+1 schreef Pinhead: >>>>> >>>>>> Hi Hans, >>>>>> >>>>>> What are your requirements? >>>>>> Is this example from Instructable not a good starting point ? >>>>>> >>>>>> I do not know what you plan to do, but there is also the possibility >>>>>> to decode DTMF tones. Some specialized ICs are still available >>>>>> >>>>>> >>>>>> >>>>>> >>>>>> Le 22 janv. 2024, à 10:28, Hans van Veldhuizen <[email protected] >>>>>> <http://href>> a écrit: >>>>>>> >>>>>>> Hello all, >>>>>>> I would like to use the frequencies of a variable audio signal to >>>>>>> make things respond to it. I found this : >>>>>>> https://www.instructables.com/Frequency-Detector-using-PIC-12F683-Processor/ >>>>>>> >>>>>>> Is there something like this in the Jal area? >>>>>>> regards >>>>>>> Hans >>>>>>> >>>>>>> -- You received this message because you are subscribed to the Google Groups "jallib" group. To unsubscribe from this group and stop receiving emails from it, send an email to [email protected]. To view this discussion on the web visit https://groups.google.com/d/msgid/jallib/42b674a0-e975-4321-9a5b-9dd1008b5913n%40googlegroups.com.
