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.

TDC1000-TDC7200EVM: TDC1000_7200_level_cells_saleskit_2_2015.txt

Part Number: TDC1000-TDC7200EVM

Hi,

I bought two of these modules and I followed the same procedure that In the Matt Minasi video demonstration (How to use ultrasonic sensing for fluid level and identification), but the modules did not work. He mention in minute 6:20 the configuration file, so, how can I get the file "TDC1000_7200_level_cells_saleskit_2_2015.txt" ??

Video demonstration Link:

Thank you very much!

  • Hi Nicolas,

    I have attached the config file here:

    5657.RegisterFiles-TDC1000_7200_level_cells_saleskit_2_2015_1271GUI.txt
    TDC1000_Config0                         41
    TDC1000_Config1                         41
    TDC1000_Config2                         00
    TDC1000_Config3                         04
    TDC1000_Config4                         5F
    TDC1000_TOF-1                           03
    TDC1000_TOF-0                           FF
    TDC1000_Error_Flags                     00
    TDC1000_Timeout                         23
    TDC1000_Clock_Rate                      00
    TDC1000_Conts_Trigger                   01
    TDC7200_Config1                         02
    TDC7200_Config2                         40
    TDC7200_Interrupt_Status                07
    TDC7200_Interrupt_Mask                  07
    TDC7200_Coarse_Cntr_Ov_H                FF
    TDC7200_Coarse_Cntr_Ov_L                FF
    TDC7200_Clock_Cntr_Ov_H                 FF
    TDC7200_Clock_Cntr_Ov_L                 FF
    TDC7200_Clock_Cntr_Stop_Mask_H          00
    TDC7200_Clock_Cntr_Stop_Mask_L          00
    TRIGGER_UPDATE_FREQ                     0004
    TDC_AVG/STDEV_NUM_ELEMS                 0032
    SAVE_GRAPH_DATA_TO_FILE                 00
    FLOW_MODE_SELECT                        00
    Y-SCALE_CENTER                          0000
    X-SCALE_RANGE                           0032
    MEASURE_RTD1                            00
    SAVE_RESULT_REGR_TO_FILE                00
    GRAPH_MULTI_STOPS                       00
    TDC_SELECT                              00
    TEMP_RTD_SELECT                         00
    TEMP_RTD_MODE                           01
    TEMP_AVG/STDEV_NUM_ELEMS                000A
    SAVE_TEMP_DATA                          00
    GRAPH_YMAX_DATA                         0000000000029810
    GRAPH_YMIN_DATA                         0000000000004E20
    TDC1000-HV_DRV_EN1                      00
    TDC1000-HV_DRV_EN2                      00
    HV_DRV_EN1_Period                       001E
    HV_DRV_EN2_Period                       001E
    ENABLE_POWER_CYCLE                      00
    CLK_FREQ_(1-16MHz)                      8.000000
    CLK_SOURCE_SEL                          00
    CPU_CLK_FREQ                            05
    CPU_CLK_EN                              00
    TDC1000-HV_BST_PWR_EN                   00
    HV_BST_PWR_EN_Period                    0000
    FWD2REV_FLOW_DELAY                      0000
    TDC1000-IMPE_MATCH_EN                   00
    ENABLE_UART_STREAM                      00
    ENABLE_MSP430TIMER_TDC                  00

    4118.RegisterFiles-TDC1000_7200_concentration_cells_saleskit_2_2015_1271GUI.txt
    TDC1000_Config0                         41
    TDC1000_Config1                         41
    TDC1000_Config2                         04
    TDC1000_Config3                         04
    TDC1000_Config4                         5F
    TDC1000_TOF-1                           03
    TDC1000_TOF-0                           FF
    TDC1000_Error_Flags                     00
    TDC1000_Timeout                         23
    TDC1000_Clock_Rate                      00
    TDC1000_Conts_Trigger                   01
    TDC7200_Config1                         02
    TDC7200_Config2                         40
    TDC7200_Interrupt_Status                07
    TDC7200_Interrupt_Mask                  07
    TDC7200_Coarse_Cntr_Ov_H                FF
    TDC7200_Coarse_Cntr_Ov_L                FF
    TDC7200_Clock_Cntr_Ov_H                 FF
    TDC7200_Clock_Cntr_Ov_L                 FF
    TDC7200_Clock_Cntr_Stop_Mask_H          00
    TDC7200_Clock_Cntr_Stop_Mask_L          00
    TRIGGER_UPDATE_FREQ                     0004
    TDC_AVG/STDEV_NUM_ELEMS                 0032
    SAVE_GRAPH_DATA_TO_FILE                 00
    FLOW_MODE_SELECT                        00
    Y-SCALE_CENTER                          0032
    X-SCALE_RANGE                           0032
    MEASURE_RTD1                            00
    SAVE_RESULT_REGR_TO_FILE                00
    GRAPH_MULTI_STOPS                       00
    TDC_SELECT                              00
    TEMP_RTD_SELECT                         00
    TEMP_RTD_MODE                           01
    TEMP_AVG/STDEV_NUM_ELEMS                000A
    SAVE_TEMP_DATA                          00
    GRAPH_YMAX_DATA                         00000000000128A9
    GRAPH_YMIN_DATA                         0000000000012845
    TDC1000-HV_DRV_EN1                      00
    TDC1000-HV_DRV_EN2                      00
    HV_DRV_EN1_Period                       001E
    HV_DRV_EN2_Period                       001E
    ENABLE_POWER_CYCLE                      00
    CLK_FREQ_(1-16MHz)                      8.000000
    CLK_SOURCE_SEL                          00
    CPU_CLK_FREQ                            05
    CPU_CLK_EN                              00
    TDC1000-HV_BST_PWR_EN                   00
    HV_BST_PWR_EN_Period                    0000
    FWD2REV_FLOW_DELAY                      0000
    TDC1000-IMPE_MATCH_EN                   00
    ENABLE_UART_STREAM                      00
    ENABLE_MSP430TIMER_TDC                  00

    If you are unsure about any of the settings moving forward I encourage you to read the TDC device FAQ here: 

    Regards,

  • Hi Scott,

    Thanks for the setting files, we did the setup as the video tutorial, and the measurements with the oscilloscope in the "start", "stop" and "comp_in" signals. The TOF is very similar to the TOF (26 micro Sec.) in the video, but when we put the water in the tank the TOF did not change, only a couple of spikes. The only thing that we saw is that the pulse duration of the "stop" signal is bigger than the previous one as the "echo" signal. So the system does not recognize the change of level in the water tank.

    The only difference between our configuration and the video, is the version of the firmware, because the video tutorial has the version  1.20, and our version is 2.01