3GPP Signal Analyzer for Anritsu RF and Microwave Handheld Instruments : W-CDMA/HSPA+ Signal Analyzer
  
W-CDMA/HSPA+ Signal Analyzer
 
Introduction
W-CDMA/HSPA+ Measurements
General Measurement Setups
Scrambling Code Setup
Maximum Spreading Factor Setup
S‑CCPCH Spreading Factor, S‑CCPCH Code and PICH Code Setup
Threshold Setup
Filtered versus Unfiltered Power
W-CDMA/HSPA+ RF Measurements
Band Spectrum Setup
Band Spectrum Procedure
Channel Spectrum Setup
Channel Spectrum Procedure
ACLR Measurement Setup
ACLR Measurement Procedure
ACLR Multi‑channel ACLR Procedure
Spectral Emission Mask Setup
Spectral Emission Mask Procedure
RF Summary
Demodulator
Zoom Function
Code Domain Power (CDP) Setup
Code Domain Power (CDP) Procedure
HSPA+ Setup
HSPA+ Procedure
Codogram Setup
Codogram Procedure
Over-the-Air Measurements
OTA Setup
OTA Procedure
W-CDMA Summary Setup
W-CDMA Summary Procedure
Pass/Fail Mode Setup
Pass/Fail Mode Procedure
W-CDMA/HSPA+ Menus
Freq (Frequency) Menu
Amplitude Menu
Setup Menu
Setup 1/2 Menu
Setup 2/2 Menu
Measurements Menu
RF Measurement Menu
Band Spectrum Menu
Channel Spectrum Menu
ACLR Menu
Demodulator Menu
CDP Menu
HSDPA Menu
Codogram Menu
Over‑The‑Air Menu
OTA Setup Menu
Multipath Menu
EMF Menu
Pass/Fail Mode Menu
ScriptMaster Menu
Marker Menu
Sweep Menu
Measure Menu
Trace Menu
Limit Menu
Other Menus
Introduction
The WCDMA/HSPA+ signal analyzer offers the following options:
RF Measurements
Demodulator
Over-The-Air (OTA) Measurements
Connect the instrument to any Node B/BTS for accurate RF and demodulator measurements.
Note 
The W-CDMA/HSPA+ Demodulator option demodulates both W-CDMA and HSPA+ signals. The W-CDMA Demodulator only demodulates W-CDMA signals. Refer to the instrument Technical Data Sheet for details.
The unit can measure node B transmitter performance over the air or directly. To measure a W-CDMA signal over the air, connect the appropriate frequency band antenna to the RF In connector. To connect the node B equipment directly, connect the power amplifier of the node B equipment to the RF In connector of the unit using a coupler or attenuator.
Note 
The maximum input damage level of the RF In port is +30 dBm. To prevent damage, always use a coupler or high power attenuator.