This thread has been locked.

If you have a related question, please click the "Ask a related question" button in the top right corner. The newly created question will be automatically linked to this question.

BQ78350: Gauge export with hex file using the bqstudio

Part Number: BQ78350
Other Parts Discussed in Thread: BQSTUDIO

Dear team,

I want to export file without calibration parameters using the bqstudio. If I export the file which is included the calibration paramater. Is it possible to export file without calibration parameters?

Thanks for support.

  • Hello Korcan,

    Which file are you trying to export without calibration? There are a few different export options for the gauge.

    You can export the .gg file and delete the calibration section, or use the Advanced View in BQStudio to select which data memory sections you want to import. The .gg file will not include the chem ID, the SREC is required in order to upload the chem ID data.

    Sincerely,

    Wyatt Keller

  • Hello Keller,

    Yes, I want to export without calibration parameters. I know the import without calibration parameters. Could you show me how can I export gauge parameters without calibration? Actually there is a software which is made by my team member. This software is used binary file to import paramaters. But calibration is done during the production line. Because of this, I don't want to change calibration parameter. Thus I want to know how I can export parameters without calibration. Also, If do you have a software about this, Could you share with me? Thanks for support.

  • Hello Korcan,

    If the calibration is done during production process, it would not matter if the calibration values get updated, they will be overwritten during calibration.

    I'm not familiar with the tool you are using, you would either need to filter the data flash addresses for the calibration data in your tool, or just delete the calibration addresses in the hex file. You can see all the addresses by enabling the advanced view in BQStudio.

    Sincerely,

    Wyatt Keller