3 WLAN Mode
3.4 SEM Measurement
# Item Unit, if any
10k + 17,
k = 0
Returns -999.0 when "Measurement Type" on page 632 is
Spectrum Peak Ref
PSD Ref: dBm/Hz
Others: dBm
18
10k + 18,
k = 0
Relative peak power on the positive offset A When "Measurement Type" on page 632 is
Total Power Ref: dBc
Others: dB
19
10k + 19,
k = 0
Absolute peak power on the positive offset A When "Measurement Type" on page 632 is
PSD Ref: dBm/Hz
Others: dBm
20
10k + 20,
k = 0
Peak power offset frequency from the center or carrier edge
frequency in the positive offset A
Depends on the setting of "Offset Freq Define" on page 574
Hz
---
70
10k + 20,
k = 5
Peak power offset frequency from the center or carrier edge
frequency in the positive offset F
Depends on the setting of "Offset Freq Define" on page 574
Hz
71
2k + 71, k
= 0
Minimum margin from limit line on the negative offset A dB
72
2k + 72, k
= 0
Minimum margin from limit line on the positive offset A dB
---
82
2k + 72, k
= 5
Minimum margin from limit line on the positive offset F dB
*1: Absolute power when "Measurement Type" on page 632 is Total Power Ref or
PSD Ref; Peak power when "Measurement Type" on page 632 is Spectrum Peak Ref
3.4.2 Results for n = 1 (WLAN Radio Standard 802.11ac/ax (80 MHz + 80
MHz))
These results are for radio standard 802.11ac/ax (80 MHz + 80 MHz) only
Returns 82 comma-separated scalar results, in the following order:
k is an index for each offset: k = 0 for offset A; k = 1 for offset B; k = 2 for offset C, etc.
The number of offsets is 6 (A-F)
# Item Unit
1 Reserved for future use, returns -999.0
WLAN Mode User's &Programmer's Reference 466