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6
1.
Manual Guide
This chapter summarizes the functions, structure and main contents of the user manual of S3602 vector network analyzers, and the
related documents for the user.
About manual
Related documents
1.1.
About the Manual
The manual describes the purposes, performance indicators, basic operating theory, operating method, operation precautions, etc. of
S3602 vector network analyzers produced by Saluki Technology, to help you rapidly get familiar with and understand key points of the
instrument operation and use. Please read this User Manual carefully and follow its guidance.
Due to the limit of time and knowledge of the writer, there may be some omissions or errors, and you are welcome to correct any such
errors. We are sorry for the flaws which may cause your inconvenience.
The user manual includes the following chapters.
Overview
The chapter provides an overview of the characteristics and operation precautions of S3602 vector network analyzers, mainly including a
product overview and a safe operation guide.
Introduction
This chapter describes the preparations before operation of S3602 vector network analyzers, routine maintenance of the system and
instrument, overview of the front panel and the rear panel, operation interface, analyzer menus, tracks, channels, windows, and analysis
and saving of measurement data.
Measurement setups
This chapter describes various settings of the network analyzer in operation, including resetting of the analyzer, selection of
measurement parameters, setting of the frequency range, setting of the signal power level, setting of sweep, selection of the trigger mode,
selection of the data format and scale, viewing of several tracks, opening of several channels, and setting of the analyzer display.
Menu
This chapter describes the menu structure and items according to functional categories to facilitate query and reference.
Measurement optimization
This chapter describes how to optimize the measurement accuracy by means of proper settings, including reduction of accessory
impacts, improvement of the reflection accuracy of the low-loss 2-port device, increase of the dynamic range, improvement of the
measurement results of the electrical length and the measurement accuracy of the phase, reduction of the trace noise and receiver
crosstalk, increase of data points, improvement of the measurement stability, sweep speed, multi-status measurement efficiency and
rapid data transmission, use of macros, etc.
Calibration
This chapter introduces the calibration type and method of S3602 vector network analyzers to improve the accuracy of measurement.
Network measurement basics
