Content for TR 45.050 Word version: 18.0.0
R Pico BTS RF Scenarios
R.1 Introduction
R.2 Fixed parameters
R.3 Maximum BTS Output Power
R.4 BTS Receiver Sensitivity
R.5 BTS Power Control Range
R.6 BTS Spectrum due to modulation and wideband noise
R.7 Spurious Emissions
R.8 Radio Frequency Tolerance
R.9 Blocking Characteristics
R.10 pico- BTS AM suppression characteristics
R.11 intermodulation
R.12 Pico BTS TI1.5 performance requirements
R.13 timing and synchronisation
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R Pico BTS RF Scenarios p. 177
R.1 Introduction p. 177
R.2 Fixed parameters p. 177
R.3 Maximum BTS Output Power p. 178
R.4 BTS Receiver Sensitivity p. 179
R.4.1 Balanced link (zero interference scenario) p. 179
R.4.2 Interferer at MCL scenario p. 179
R.4.3 Power control (zero interference scenario) p. 180
R.4.4 Sensitivity overview p. 180
R.5 BTS Power Control Range p. 180
R.6 BTS Spectrum due to modulation and wideband noise p. 180
R.7 Spurious Emissions p. 181
R.8 Radio Frequency Tolerance p. 181
R.9 Blocking Characteristics p. 182
R.10 pico- BTS AM suppression characteristics p. 183
R.10.1 Modulation sidebands p. 184
R.10.2 Switching transients p. 184
R.10.3 Blocking p. 185
R.10.4 The AM suppression requirement p. 185
R.10.4.1 Downlink, BTS → MS p. 185
R.10.4.2 Uplink, MS → BTS p. 185
R.10.4.3 Interference levels p. 186
R.11 intermodulation p. 186
R.11.1 co-ordinated and uncoordinated BTS → MS (scenarios 2 & 3, figure 3.2 middle) p. 186
R.11.2 coordinated MS & MS → BTS (scenario 4) p. 186
R.11.3 uncoordinated MS & MS → BTS (scenario 4, figure 3.2 lower) p. 186
R.11.4 MCL relaxation p. 187
R.12 Pico BTS TI1.5 performance requirements p. 187
R.13 timing and synchronisation p. 188
R.13.1 Steady state timing advance error p. 188
R.13.2 Conventional BTS p. 189
R.13.3 Pico-BTS p. 189
