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This is the Monitoring report which RadarSS sends to the host, containing the measured PLL control voltage values during explicit monitoring chirps. 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_PLL_CONTROL_VOLT_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_APLL_VCTRL 1 STATUS_SYNTH_VCO1_VCTRL_MAX_FREQ 2 STATUS_SYNTH_VCO1_VCTRL_MIN_FREQ 3 RESERVED 4 STATUS_SYNTH_VCO2_VCTRL_MAX_FREQ 5 STATUS_SYNTH_VCO2_VCTRL_MIN_FREQ 6 RESERVED 7 STATUS_SYNTH_VCO3_VCTRL_MAX_FREQ (Reserved in AWR2243/xWR6243) 8 STATUS_SYNTH_VCO3_VCTRL_MIN_FREQ (Reserved in AWR2243/xWR6243) 15:9 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. | |
rlInt16_t | pllContVoltVal [8U] |
The measured values of PLL control voltage levels and Synthesizer VCO slopes are reported here. Byte numbers corresponding to different control voltage values reported in this field are here: Bytes SIGNAL 1 LSB 1:0 APLL_VCTRL 1mV 3:2 SYNTH_VCO1_VCTRL_MAX_ FREQ 1mV 5:4 SYNTH_VCO1_VCTRL_MIN_ FREQ 1mV 7:6 SYNTH_VCO1_SLOPE 1MHz/V 9:8 SYNTH_VCO2_VCTRL_MAX_ FREQ 1mV 11:10 SYNTH_VCO2_VCTRL_MIN_ FREQ 1mV 13:12 SYNTH_VCO2_SLOPE 1MHz/V 15:14 RESERVED RESERVED Only the fields corresponding to the enabled monitors are valid. The failure thresholds are based on the following: Valid VCTRL values are [140 to 1400] mV. Valid VCO1_SLOPE values are [1760 to 2640] MHz/V. Valid VCO2_SLOPE values are [3520 to 5280] MHz/V. . More... | |
rlInt16_t | pllContVoltVal2 [2U] |
The measured values of PLL control voltage levels and Synthesizer VCO slopes are reported here. Byte numbers corresponding to different control voltage values reported in this field are here: Bytes SIGNAL 1 LSB 1:0 SYNTH_VCO3_VCTRL_MAX_FREQ (Reserved in AWR2243/xWR6243) 1mV 3:2 SYNTH_VCO3_VCTRL_MIN_FREQ (Reserved in AWR2243/xWR6243) 1mV Only the fields corresponding to the enabled monitors are valid. . More... | |
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 PLL control voltage values during explicit monitoring chirps. 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_PLL_CONTROL_VOLT_REPORT.
Definition at line 4395 of file mmwavelink.h.
rlInt16_t rlMonPllConVoltRep_t::pllContVoltVal[8U] |
The measured values of PLL control voltage levels and Synthesizer VCO slopes are
reported here. Byte numbers corresponding to different control voltage
values reported in this field are here:
Bytes SIGNAL 1 LSB
1:0 APLL_VCTRL 1mV
3:2 SYNTH_VCO1_VCTRL_MAX_ FREQ 1mV
5:4 SYNTH_VCO1_VCTRL_MIN_ FREQ 1mV
7:6 SYNTH_VCO1_SLOPE 1MHz/V
9:8 SYNTH_VCO2_VCTRL_MAX_ FREQ 1mV
11:10 SYNTH_VCO2_VCTRL_MIN_ FREQ 1mV
13:12 SYNTH_VCO2_SLOPE 1MHz/V
15:14 RESERVED RESERVED
Only the fields corresponding to the enabled monitors are valid.
The failure thresholds are based on the following:
Valid VCTRL values are [140 to 1400] mV.
Valid VCO1_SLOPE values are [1760 to 2640] MHz/V.
Valid VCO2_SLOPE values are [3520 to 5280] MHz/V.
.
Definition at line 4438 of file mmwavelink.h.
rlInt16_t rlMonPllConVoltRep_t::pllContVoltVal2[2U] |
The measured values of PLL control voltage levels and Synthesizer VCO slopes are
reported here. Byte numbers corresponding to different control voltage
values reported in this field are here:
Bytes SIGNAL 1 LSB
1:0 SYNTH_VCO3_VCTRL_MAX_FREQ (Reserved in AWR2243/xWR6243) 1mV
3:2 SYNTH_VCO3_VCTRL_MIN_FREQ (Reserved in AWR2243/xWR6243) 1mV
Only the fields corresponding to the enabled monitors are valid.
.
Definition at line 4450 of file mmwavelink.h.