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Content for
TR 38.861
Word version: 17.0.0
1…
6…
6
Interference
6.1
Receiver sensitivity degradation evaluation
7
UE implementations
7.1
Current RF component characteristics in FDD band
8
System Performance Evaluation
8.1
Dynamic system level simulation
8.2
Monte Carlo simulation
9
SI Conclusion
$
Change history
6
Interference
p. 7
6.1
Receiver sensitivity degradation evaluation
p. 7
6.1.1
Sensitivity degradation results for normal CBW in n1/n3
p. 8
6.1.1.1
Dominant factor by Duplexer Tx/Rx isolation in each FDD band
p. 8
6.1.1.2
Dominant factor by RFIC/PA noise levles in Rx band
p. 9
6.1.1.3
Dominant factor by Duplexer and RFIC/PA noise levles in Rx band
p. 10
6.1.2
Wide channel bandwidth sensitivity analysis in n3
p. 10
6.1.2.1
LGE sensitivity analysis results in n3
p. 11
6.1.2.2
SKW sensitivity analysis results in n3
p. 12
6.1.2.3
ZTE sensitivity analysis results in n3
p. 13
7
UE implementations
p. 15
7.1
Current RF component characteristics in FDD band
p. 15
7.1.1
Power Amplifier characteristics
p. 15
7.1.2
Duplexer characteristics
p. 16
8
System Performance Evaluation
p. 17
8.1
Dynamic system level simulation
p. 17
8.1.1
General
p. 17
8.1.2
Simulation assumptions
p. 17
8.1.3
Simulation results
p. 18
8.1.3.1
P0 = -76, alpha = 0.6
p. 18
8.1.3.2
P0 = -76, alpha = 0.8
p. 19
8.1.3.3
P0 = -60, alpha = 0.6
p. 21
8.1.3.4
P0 = -60, alpha = 0.8
p. 23
8.1.3.5
Other
p. 24
8.2
Monte Carlo simulation
p. 26
9
SI Conclusion
p. 30
$
Change history
p. 32