VectorStar™ MS464xB Series Microwave Vector Network Analyzer Calibration and Measurement Guide : Mixer Setup and Measurement
 
Mixer Setup and Measurement
 
Chapter Overview
Mixer Theory
Up Conversion
Down Conversion
Mixer Measurement Definitions
Frequency/Power Plan
Input Match, Output Match, and LO Match
Isolation
Conversion Gain/Loss
Mixer Measurements
Normalization
Enhanced Match
Broadband Enhanced Match Cal
Reference Mixer
Embedding/De-embedding
NxN
Active Channel Mixer Guided Setup Controls
Mixer Setup Dialogs
Example Mixer Setups
Mixer Power Cal Assistant
Using the Active Channel Guided Setup
Typical Required/Recommended Active Channel Mixer Calibrations
For Mixer Port Return Loss
For Isolation
For Conversion Loss
For Power Calibration
Procedure for a Typical Single Channel Mixer Measurement
Multiple Channel Mixer Wizard Controls
Using the Multiple Channel Mixer Wizard
Typical Required/Recommended Multi-Channel Mixer Calibrations
Procedure for a Typical Multiple Channel Mixer Measurement
More on Mixer Calibrations
Examples
Tips, Techniques, and Best Practices
General Hints and Tips
Dealing with Uncertainty Terms
Final Topics
Spurs
IMD
mmWave Mixer Measurements
Chapter Overview
In contrast to the fully general multiple source control approach (see Multiple Source Control (Option 7)) and the algorithm-specific NxN approach (see NxN Application), the mixer wizard and (guided) mixer setup approach help to setup common mixer measurements with a simplified, yet still accurate, calibration methodology. The prime objective of the guided mixer setup is to help configure the frequency plan of the measurement using easier to understand diagrams. The mixer wizard goes a step further and helps configure measurement channels to handle any of a suite of possible mixer measurements and to list the required calibration steps. Both of these tools are coupled with a mixer calibration menu system that enables both scalar and vector corrected measurements.