Atec Rohde-Schwarz_FSL Series - Manual (Page 21)

Version 09.00, December 2008 R&S ® FSL Spectrum Analyzer 21
R&S
®
FSL-K72 3GPP FDD base station test
The specifications below are based on the data sheet specifications of the R&S ® FSL spectrum analyzer and have not been checked
separately. Specifications apply under the following conditions: 15 minutes warm-up time at ambient temperature, specified
environmental conditions met, calibration cycle adhered to and internal calibration performed. Data with tolerances are measurement
uncertainties with a confidence level of 95 %. The specified level measurement errors do not take into account systematic errors due
to reduced S/N ratio.
PMU = permissible measurement uncertainty in line with test specification 3GPP TS 25.141.
Frequency error
Base station output power test case 6.2.1
Level range −70 dBm to +30 dBm
Level uncertainty total power P
total
> −60 dBm <0.5 dB
PMU: <0.7 dB
CPICH power accuracy test case 6.2.2
Level range of total power −40 dBm to +30 dBm
Level range of CPICH −40 dB to 0 dB
P
CPICH
≥ −10 dB <0.52 dB ( σ = 0.019)
PMU: <0.8 dB
Level uncertainty (absolute power)
P
CPICH
≥ −20 dB <0.59 dB ( σ = 0.024)
P
CPICH
≥ −10 dB <0.021 dB ( σ = 0.006)
PMU: <0.3 dB
Level uncertainty (relative power)
P
CPICH
≥ −20 dB <0.088 dB ( σ = 0.022)
Frequency error
Frequency error test case 6.3
CPICH synchronous
5 kHz
PMU :
1 kHz
Measurement range
SCH synchronous
1 kHz
Measurement uncertainty SNR > 40 dB <5 Hz +
f
ref
1 ( σ = 2 Hz)
PMU: <12 Hz +
f
ref
1
Output RF spectrum emissions
Measured (R&S ® FSL) with RBW = 30 kHz, VBW = 300 kHz, OBW = 99 %, SWT = 200 ms, span = 11 MHz
Occupied bandwidth test case 6.5.1 R&S ® FSL
Measurement uncertainty P > −40 dBm, span ≤ 10 MHz <38 kHz ( σ = 18 kHz)
PMU: <100 kHz
Measured (R&S ® FSL) with RBW = 30 kHz, VBW = 300 kHz, span = 11 MHz
Spectrum emission mask test case 6.5.2.1
Dynamic range P
total
> −20 dBm 55 dB
Relative level uncertainty <0.25 dB + 2 σ (T
sweep
) 1
PMU: <1.5 dB
Absolute level uncertainty <0.75 dB + 2 σ (T
sweep
) 1
PMU: <1.5 dB
1 The standard deviation σ (T
sweep
) of Gaussian-distributed signals depends on the selected sweep time (T
sweep
). Increasing the sweep time decreases
the standard deviation ( σ).