VectorStar™ MS464xB Series Microwave Vector Network Analyzer Calibration and Measurement Guide : PulseView™ (Option 35 and Option 42)
 
PulseView™ (Option 35 and Option 42)
 
Chapter Overview
Introduction to Pulse Measurements
Pulse Measurement Methods
Narrowband Measurements
Triggered Measurements
High-Speed Digitizer Measurements
Pulse Measurement Terms and Synonyms
Measurement Modes
Important Measurement Considerations
Physical Measurement Configurations and Setups
Pulse Generator Example
Setup Examples for Pulse Modulator Test Sets
Fast Digitizing Fundamentals
Option 35—IF Digitizer
Using Acquired Data
Calibrations
Power Calibrations
Receiver Calibrations
User RF Calibrations
Point-in-Pulse Measurements
Pulse Profiling Measurements
Setup
Pulse-to-Pulse Measurements
Continuous Point-In-Pulse (CPIP) Measurements
Continuous Profiling (CProf) Measurements
Uncertainties
Time
Shaping
Calibration
Minimizing Uncertainties
Synchronizing with External Hardware
Pulsed Millimeter-Wave Measurements
Basics
Millimeter-Wave Measurements with RF Drive Modulation
Chapter Overview
This chapter explains the background, types, and methods of pulse measurement enabled by the MS464xB Series VNA.
Option 35—IF Digitizer includes a fast IF digitizer to accomplish a variety of measurements with very high resolution.
Option 42—PulseView™ includes software to control the four pulse generators as well as the user interface to perform pulse measurements.
Combined, Options 35 and 42 provide the ability to generate singlet, doublet, triplet, quadruplet, and burst pulses and to perform pulse profile, point-in-pulse, and pulse-to-pulse measurements.
Optional Pulse Modulator Test Sets are also available to pulse the RF stimulus or to provide receive-side modulation; the latter being very helpful in certain antenna and related applications.
Option 36 is a memory upgrade for Option 35 that has 8 GB for data instead of the usual 2 GB, which allows for greater record lengths and longer acquisition times at the same sampling resolution. The impact of this addition will be discussed at relevant points in this chapter.