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This is the Monitoring report which RadarSS sends to the host, containing the measured RX IF filter attenuation values at the given IF frequencies. RadarSS sends this to host at the programmed periodicity or when failure occurs, as programmed by the configuration API SB. Event: RL_RF_AE_MON_RX_IF_STAGE_REPORT. More...
#include <control/mmwavelink/mmwavelink.h>
Data Fields | |
rlUInt16_t | statusFlags |
Status flags indicating pass fail results corresponding to various threshold checks under this monitor. Bit STATUS_FLAG for monitor [0] STATUS_RX_HPF_ERROR [1] STATUS_RX_LPF_ERROR [2] STATUS_RX_IFA_GAIN_ERROR [15:3]RESERVED 0 - FAIL or check wasn't done, 1 - PASS . | |
rlUInt16_t | errorCode |
Indicates any error reported during monitoring Value of 0 indicates no error. | |
rlUInt8_t | profIndex |
Profile Index for which this monitoring report applies. | |
rlUInt8_t | reserved0 |
Reserved for future use. | |
rlInt16_t | lpfCutOffBandEdgeDroopValRx0 |
The RX IFA LPF cutoff band edge droop at analog LPFs intended band edge wrt in band for RX 0, I and Q channels are reported here. Byte numbers corresponding to measured band edge droop on different RX channels, in this field are here: I channel Q channel RX0 0 1 1 LSB = 0.2dB, signed number Applicable only for the enabled channels. . | |
rlInt8_t | hpfCutOffFreqEr [8U] |
The deviations of RX IFA HPF cutoff frequency from the ideally expected values for all the enabled RX channels are reported here. HPF_CUTOFF_FREQ_ERROR = 100*(Measured Cutoff Frequency / Expected Cutoff Frequency) - 100, for RX IF filter in the HPF region. Byte numbers corresponding to measured cutoff frequency error on different RX channels, in this field are here: I channel Q channel RX0 0 4 RX1 1 5 RX2 2 6 RX3 3 7 1 LSB = 1%, signed number Applicable only for the enabled channels. . | |
rlInt8_t | lpfCutOffStopBandAtten [8U] |
The RX IFA LPF stop band attenuation at 2x analog LPF band edge wrt analog LPF band edge for all the enabled RX channels are reported here. Byte numbers corresponding to measured stop band attenuation on different RX I and Q channels, in this field are here: I channel Q channel RX0 0 4 RX1 1 5 RX2 2 6 RX3 3 7 1 LSB = 0.2dB, signed number Applicable only for the enabled channels. . | |
rlInt8_t | rxIfaGainErVal [8U] |
The deviations of RX IFA Gain from the ideally expected values for all the enabled RX channels are reported here. Byte numbers corresponding to measured cutoff frequency error on different RX channels and HPF/LPF, in this field are here: I channel Q channel RX0 0 4 RX1 1 5 RX2 2 6 RX3 3 7 1 LSB = 0.1dB, signed number Applicable only for the enabled channels. . | |
rlInt8_t | ifGainExp |
Expected IF gain 1 LSB = 1 dB, 8 bit signed number. | |
rlUInt8_t | reserved2 |
Reserved for future use. | |
rlInt8_t | lpfCutOffBandEdgeDroopValRx [6U] |
The RX IFA LPF cutoff band edge droop at analog LPFs intended band edge wrt in band for RX 1 to 3, I and Q channels are reported here.. Byte numbers corresponding to measured stop band edge droop on different RX channels, in this field are here: I channel Q channel RX1 0 1 RX2 2 3 RX3 4 5 1 LSB = 0.2dB, signed number Applicable only for the enabled channels. . | |
rlUInt32_t | timeStamp |
This field indicates when the last monitoring in the enabled set was performed. 1 LSB = 1 millisecond (the stamp rolls over upon exceeding allotted bit width) . | |
This is the Monitoring report which RadarSS sends to the host, containing the measured RX IF filter attenuation values at the given IF frequencies. RadarSS sends this to host at the programmed periodicity or when failure occurs, as programmed by the configuration API SB. Event: RL_RF_AE_MON_RX_IF_STAGE_REPORT.
Definition at line 3329 of file mmwavelink.h.