08 RF Circuit Test Principles Lecture 8 Vector Signal Analyzer (VSA) leiyh@mail.tsinghua.edu.cn References Agilent Instrument Manual \89441A_Vector Signal Analyzer \Complex Meas_5965-8554E ..\Operators Guide_89400-90038 ..\Started Guide_89441-90076 ..\Time and Frequency Domain_5962-9217E ..\Time Capture_5091-8686E ..\Digital Modulation_5965-7160E ..\Design Digital RF Comm System_5091-8687E ..\EVM Meas_5965-2898E ..\Phase Noise_5091-7193E ..\10 steps_Digital Demod_5966-0444E ..\Data Sheet_5965-5425E Contents 8.1 Basic structure of vector signal analyzer 8.2 Working principle of vector signal analyzer 8.3 Digital modulation and demodulation 8.4 Main applications (analog and digital modulation and demodulation, etc.) 8.5 Basic operation of vector signal analyzer Second experiment Use of vector signal analyzer Lecture 8 Summary of vector signal analyzer 8.1 Basic structure of vector signal analyzer The 89441A vector signal analyzer has two parts: 89410A (IF): dc to 10MHz range, internal signal source (sine, chirp, random and 32,768 points arbitrary waveform); 89431A (RF): dc to 2.65 GHz range. There is also an internal RF signal source (option AY8--not available on this machine). Agilent\'s vector signal analyzer integrates time domain, frequency domain and modulation domain analysis to provide the most advanced measurement for complex time-varying signals. Complex time-varying signals include burst signals, pulse signals, transient signals, frequency hopping...
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