Reserved
MEASR_BIAS[4:0]: Controls the reference bias current of the test ADC. Used for
measurement ADC calibration routine:
0 – min bias value (lowest threshold)
…
16 – middle bias value (default)
…
31 – huighest bias balue (highest threshold)
MEASR_HYSCMP[2:0]: Comparator hysteresis control.
0 – min hysteresis (default)
...
7 – max hysteresis
MEASR_CMPCFG_TREF. Temperature Reference comparator configuration
0 – Comparator output not inverted (default)
1 – Comparator output inverted
MEASR_CMPCFG_TPTAT. Temperature VPTAT comparator configuration
0 – Comparator output not inverted (default)
1 – Comparator output inverted
MEASR_CMPCFG_RSSI2. Channel B analog RSSI (in RX W path) comparator
configuration
0 – Comparator output not inverted (default)
1 – Comparator output inverted
MEASR_CMPCFG_RSSI1. Channel A analog RSSI (in RX W path) comparator
configuration
0 – Comparator output not inverted (default)
1 – Comparator output inverted
MEASR_CMPCFG_PDET2. Channel B analog peak detector (in active TX path)
comparator configuration
0 – Comparator output not inverted (default)
1 – Comparator output inverted
MEASR_CMPCFG_PDET1. Channel A analog peak detector (in active TX path)
comparator configuration
0 – Comparator output not inverted (default)
1 – Comparator output inverted
Default: 00100000 00000000
Reserved
MEASR_DAC_VAL[7:0]: Stores the value to be written to the DAC, when
MEASR_MODE = 1 Default: 0
DAC_VAL[7:0] – stored magnitude value
Default: 00000000 00000000
MEASR_PDET2_VAL[7:0]: Stores the value of Channel B analog peak detector (in
active TX path) (Read only)
MEASR_PDET2_VAL[7:0] – magnitude
MEASR_PDET1_VAL[7:0]: Stores the value of Channel A analog peak detector (in
active TX path) (Read only)
MEASR_PDET1_VAL[7:0] – magnitude
Default: XXXXXXXX XXXXXXXX
MEASR_RSSI2_VAL[7:0]: Stores the value of Channel B analog RSSI (in RX W
path) (Read only)
MEASR_RSSI2_VAL[7:0] – magnitude
MEASR_RSSI1_VAL[7:0]: Stores the value of Channel A analog RSSI (in RX W
path) (Read only)
MEASR_RSSI1_VAL[7:0] – magnitude
Default: XXXXXXXX XXXXXXXX