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MSP430™CapTIvateSoftwareLibraryAPIGuide
1_83_00_05
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typedef tEMCConfig More...
#include <CAPT_Type.h>
Data Fields | |
| IQ31_t | coeffA |
| IQ31_t | coeffB |
| uint16_t | ui16CalibrationNoiseLimit |
| uint16_t | ui8CalibrationTestSampleSize |
| uint8_t | ui8NoiseThreshold |
| uint8_t | ui8MaxRelThreshAdj |
| ui8MaxRelThreshAdj specifies the maximum relative threshold adjustment. More... | |
| uint8_t | ui8NoiseLevelFilterEntryThresh |
| uint8_t | ui8NoiseLevelFilterExitThresh |
| uint8_t | ui8NoiseLevelFilterUp: 4 |
| uint8_t | ui8NoiseLevelFilterDown: 4 |
| tOversamplingStyle | selfModeOversamplingStyle: 4 |
| tOversamplingStyle | projModeOversamplingStyle: 4 |
| tRawConversionStyle | selfModeConversionStyle: 3 |
| tRawConversionStyle | projModeConversionStyle: 3 |
| bool | bJitterFilterEnable: 1 |
| bJitterFilterEnable controls whether the jitter filter is enabled. More... | |
| bool | bEnableDynamicThresholdAdjustment: 1 |
typedef tEMCConfig
This structure contains the configuration parameters for the EMC layer.
| IQ31_t tEMCConfig::coeffA |
This is the 'A' coefficient to use when computing the threshold compensation in self-capacitance mode.
| IQ31_t tEMCConfig::coeffB |
This is the 'B' coefficient to use when computing the threshold compensation in self-capacitance mode.
| uint16_t tEMCConfig::ui16CalibrationNoiseLimit |
ui16CalibrationNoiseLimit specifies the maximum peak-to-peak noise tolerated on a given frequency during the calibration process after which that frequency will be considered affected by noise and its calibration values will be considered invalid.
| uint16_t tEMCConfig::ui8CalibrationTestSampleSize |
ui8CalibrationTestSampleSize specifies size of the sample set used to determine if noise was present on a given frequency during calibration.
| uint8_t tEMCConfig::ui8NoiseThreshold |
ui8NoiseThreshold specifies the level of noise after which the noise status bits get set. The units are specified in terms of % of the long term average, with 0=0% and 128=100%.
| uint8_t tEMCConfig::ui8MaxRelThreshAdj |
ui8MaxRelThreshAdj specifies the maximum relative threshold adjustment.
| uint8_t tEMCConfig::ui8NoiseLevelFilterEntryThresh |
ui8NoiseLevelFilterThresh defines a level at which the noise level becomes a filtered value.
| uint8_t tEMCConfig::ui8NoiseLevelFilterExitThresh |
ui8NoiseLevelFilterThresh defines a level at which the noise level filter is disabled.
| uint8_t tEMCConfig::ui8NoiseLevelFilterUp |
ui8NoiseLevelFilterUp specifies the strength of the filter applied to new noise values when the new value is larger than the current value.
| uint8_t tEMCConfig::ui8NoiseLevelFilterDown |
ui8NoiseLevelFilterDown specifies the strength of the filter applied to new noise values when the new value is less than the current value.
| tOversamplingStyle tEMCConfig::selfModeOversamplingStyle |
selfModeOversamplingStyle specifies the oversampling style to use for self conversions when noise immunity is enabled
| tOversamplingStyle tEMCConfig::projModeOversamplingStyle |
projModeOversamplingStyle specifies the oversampling style to use for projected (mutual) conversions when noise immunity is enabled
| tRawConversionStyle tEMCConfig::selfModeConversionStyle |
bSelfModeFrequencyHoppingEnable enables frequency hopping in self capacitance mode.
| tRawConversionStyle tEMCConfig::projModeConversionStyle |
bProjModeFrequencyHoppingEnable enables frequency hopping in projected (mutual) capacitance mode.
| bool tEMCConfig::bJitterFilterEnable |
bJitterFilterEnable controls whether the jitter filter is enabled.
| bool tEMCConfig::bEnableDynamicThresholdAdjustment |
bEnableDynamicThresholdAdjustment This switch turns on or off the dynamic threshold adjustment.