WiMAX Signal Analyzerfor Anritsu RF and Microwave Handheld Instruments : Fixed WiMAX Signal Analyzer
  
Fixed WiMAX Signal Analyzer
 
Introduction
Fixed WiMAX Measurements
General Measurement Setups
CP Ratio (G) Setup
Span Setup
Frame Length Setup
Fixed WiMAX RF Measurements
Setup for Fixed WiMAX RF Measurements
Spectrum
Power versus Time
Adjacent Channel Power Ratio (ACPR)
RF Summary
Fixed WiMAX Demodulator
Setup for Fixed WiMAX Demodulator Measurements
Constellation
Spectral Flatness
EVM versus SubCarrier
EVM versus Symbol
Modulation Summary
Pass / Fail Mode
WiMAX Summary
Fixed WiMAX Menus
Freq (Frequency) Menu
Amplitude Menu
Setup Menu
Measurements Menu
RF Measurements Menu
Demodulator Menu
Demodulator Menu (Continued)
Pass Fail Mode Menu
Sweep Menu
Measure Menu
Trace Menu
Limit Menu
Other Menus
Introduction
Anritsu handheld instruments offer Fixed WiMAX RF measurements and Demodulator measurements. Connect your instrument to any Fixed WiMAX base transceiver station (BTS) for accurate RF and demodulator measurements. These instruments can measure both FDD (Frequency Division Duplexing) and TDD (Time Division Duplexing) networks.
The instruments can measure WiMAX BTS transmitter performance over the air by connecting an antenna or by connecting the BTS equipment directly to the instrument. To connect the BTS equipment directly to the instrument, connect the power amplifier of the BTS equipment to the RF In connector of the instrument by using a coupler or attenuator. To measure a WiMAX signal over the air, connect the appropriate frequency band antenna to the instrument RF In connector.
Caution 
The maximum (without damage) input level of the RF In port is + 30 dBm. To prevent damage, always use a coupler or a high power attenuator.