3 Short-Range Comms & IoT Mode
3.8 SEM Measurement
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 12 (A-L).
# Item
1 Reserved for future use, returns -999.0
2 Reserved for future use, returns -999.0
3
2k + 3, k = 0
Power
(*1)
at negative offset A
4
2k + 4, k = 0
Power
(*1)
at positive offset A
---
26
2k + 4, k = 11
Power
(*1)
at positive offset L
*1: Relative integrated power when "Measurement Type" on page 1174 is Total
Power Ref or PSD Ref; Relative peak power when "Measurement Type" on page
1174 is Spectrum Peak Ref
3.8.5 Results for n = 7-11
n Data
7, 8 Returns comma-separated pass/fail test results (0 = passed, or 1 = failed) determined by testing the minimum
margin point from the limit line that is determined each offset's Limits setting. The length of the result depends on
the number of available offset (See "Number of Offsets" on page 1019)
For MSR, 5G NR, LTEAFDD, and LTEATDD Modes, returns outer offset results when "Non-Contiguous Meas
Region" on page 1096 is set to Outer or Outer & Inner (5GNR, LTEAFDD, LTEATDD only), and returns inner offset
results when it is set to Inner
The results are in the following order:
# Item
1 Reserved for future use, returns -999.0
2 Reserved for future use, returns -999.0
3
2k + 3, k = 0
At negative offset A
4
2k + 4, k = 0
At positive offset A
---
26
2k + 4, k = 11
At positive offset L
9 Returns comma-separated scalar values of frequency (in Hz) that have peak power from center or carrier edge
frequency in each offset, depending on the setting of "Offset Freq Define" on page 1116. The length of the result
depends on the number of available offset (See "Number of Offsets" on page 1019)
Short Range Comms & IoT Mode User's &Programmer's Reference 1015
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