Basic example main execution.
- Returns
- ret - Result of the example execution. If working correctly, will execute continuously the while(1) loop and will not return.
Basic example main execution.
- Returns
- ret - Result of the example execution. If working correctly, will execute continuously the while(1) loop and will not return.
Basic example main execution.
- Returns
- ret - Result of the example execution. If working correctly, will execute continuously function iio_app_run and will not return.
-
ret - Result of the example execution. If working correctly, will execute continuously the while(1) loop and will not return.
Basic example main execution.
- Returns
- ret - Result of the example execution. If working correctly, will execute continuously the while(1) loop and will not return.
Basic example main execution.
- Returns
- ret - Result of the example execution. If working correctly, will execute continuously function iio_app_run and will not return.
-
ret - Result of the example execution.
Basic example main execution.
- Returns
- ret - Result of the example execution.
-
ret - Result of the example execution. If working correctly, will execute continuously the while(1) loop and will not return.
Basic example main execution.
- Returns
- ret - Result of the example execution. If working correctly, will execute continuously the while(1) loop and will not return.
Basic example main execution.
- Returns
- ret - Result of the example execution. If working correctly, will execute continuously function iio_app_run and will not return.
-
ret - Result of the example execution.
Basic example main execution.
- Returns
- ret - Result of the example execution.
Basic example main execution.
- Returns
- ret - Result of the example execution. If working correctly, will execute continuously function iio_app_run_with_trigs and will not return.
-
ret - Result of the example execution. If working correctly, will execute continuously the while(1) loop and will not return.
Basic example main execution.
- Returns
- ret - Result of the example execution. If working correctly, will execute continuously the while(1) loop and will not return.
Basic example main execution.
- Returns
- ret - Result of the example execution. If working correctly, will execute continuously function iio_app_run and will not return.
-
ret - Result of the example execution.
Basic example main execution.
- Returns
- ret - Result of the example execution.
Basic example main execution.
- Returns
- ret - Result of the example execution. If working correctly, will execute continuously function iio_app_run_with_trigs and will not return.
-
ret - Result of the example execution. If working correctly, will turn the status led's on and off in the while loop, set some values in the config 2 register, and then return 0.
-
ret - Result of the example execution. If working correctly, will execute continuously the while(1) loop and will not return.
Basic example main execution.
- Returns
- ret - Result of the example execution. If working correctly, will execute continuously the while(1) loop and will not return.
Basic example main execution.
- Returns
- ret - Result of the example execution. If working correctly, will execute continuously function iio_app_run and will not return.
-
ret - Result of the example execution.
Basic example main execution.
- Returns
- ret - Result of the example execution.
Basic example main execution.
- Returns
- ret - Result of the example execution. If working correctly, will execute continuously function iio_app_run_with_trigs and will not return.
-
ret - Result of the example execution. If working correctly, will turn the status led's on and off in the while loop, set some values in the config 2 register, and then return 0.
Set the threshold voltage to 5V
The comparator output will be available on the GPO_A pin
Set the DAC output on channel C to 5V
Measure input current on channel D
Initialize the ADC_RDY GPIO and associated IRQ event
- Returns
- 0 if success, negative error code otherwise
Set the threshold voltage to 5V
The comparator output will be available on the GPO_A pin
Set the DAC output on channel C to 5V
Measure input current on channel D
Initialize the ADC_RDY GPIO and associated IRQ event
- Returns
- 0 if success, negative error code otherwise
Negative temperature
Positive temperature
Negative temperature
Positive temperature
Set the threshold voltage to 5V
The comparator output will be available on the GPO_A pin
Set the DAC output on channel C to 5V
Measure input current on channel D
Initialize the ADC_RDY GPIO and associated IRQ event
- Returns
- 0 if success, negative error code otherwise
Negative temperature
Positive temperature
Negative temperature
Positive temperature
