Data Fields
rlRfSigImgPowerCqData_t Struct Reference

RX signal and image band energy statistics. More...

#include <control/mmwavelink/include/rl_monitoring.h>

Data Fields

rlUInt16_t numSlices
 Number of (primary + secondary) slices to monitor Valid range: 1 to 127.
 
rlUInt16_t sigImgPowerCqVal [RL_NUM_MON_SLICES_MAX]
 The signal band and image band are separated using a two-channel filter bank and the ADC sampling time duration is monitored in terms of primary and secondary time slices as configured using rlRfRxSigImgMonConfig. If Number of Slices configured in rlRfRxSigImgMonConfig is N, then number of Primary slices = N+1/2 and number of secondary slices = N-1/2
For each of the two bands (signal and image), for each time slice, the input-referred average power in the slice in negative dBm is recorded as an 8-bit unsigned number, with 1 LSB = -0.5 dBm. CQ data is stored in 16bit format as follows: Pi[1] Ps[1], Si[1] Ss[1], Pi[2] Ps[2], Si[2] Ss[2]...... Pi[63] Ps[63], Si[63] Ss[63], Pi[64] Ps[64] Where, Pi = Primary Slice Image Band Power, 1LSB = -0.5dBm Ps = Primary Slice Signal Band Power, 1LSB = -0.5dBm Si = Secondary Slice Image Band Power, 1LSB = -0.5dBm Ss = Secondary Slice Signal Band Power, 1LSB = -0.5dBm. More...
 

Detailed Description

RX signal and image band energy statistics.

Definition at line 2015 of file rl_monitoring.h.

Field Documentation

◆ sigImgPowerCqVal

rlUInt16_t rlRfSigImgPowerCqData_t::sigImgPowerCqVal[RL_NUM_MON_SLICES_MAX]

The signal band and image band are separated using a two-channel filter bank and the ADC sampling time duration is monitored in terms of primary and secondary time slices as configured using rlRfRxSigImgMonConfig. If Number of Slices configured in rlRfRxSigImgMonConfig is N, then number of Primary slices = N+1/2 and number of secondary slices = N-1/2
For each of the two bands (signal and image), for each time slice, the input-referred average power in the slice in negative dBm is recorded as an 8-bit unsigned number, with 1 LSB = -0.5 dBm. CQ data is stored in 16bit format as follows: Pi[1] Ps[1], Si[1] Ss[1], Pi[2] Ps[2], Si[2] Ss[2]...... Pi[63] Ps[63], Si[63] Ss[63], Pi[64] Ps[64] Where, Pi = Primary Slice Image Band Power, 1LSB = -0.5dBm Ps = Primary Slice Signal Band Power, 1LSB = -0.5dBm Si = Secondary Slice Image Band Power, 1LSB = -0.5dBm Ss = Secondary Slice Signal Band Power, 1LSB = -0.5dBm.

This data is stored in CQ1 section of CQ RAM. If multiple chirps are defined, then this data is concatenated and stored in CQ RAM in ping pong manner

Note
: CQ0 section in CQ RAM will contain invalid data and the user should to ignore this.

Definition at line 2046 of file rl_monitoring.h.


The documentation for this struct was generated from the following file:

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