Rohde & Schwarz FSV3000 Manuals

Manuals and User Guides for Rohde & Schwarz FSV3000. We have 3 Rohde & Schwarz FSV3000 manuals available for free PDF download: User Manual, Getting Started

Rohde & Schwarz FSV3000 User Manual (1489 pages)

Signal and Spectrum Analyzer

Brand: Rohde & Schwarz | Category: Measuring Instruments | Size: 31 MB

Table of Contents

3
Getting Started

40
- Key Features
  43
- Preparing for Use
  43
- Choosing the Operating Site
  44
- Lifting and Carrying
  44
- Unpacking and Checking
  44
- Placing the R&S FSV/A on a Bench Top
  45
- Setting up the R&S FSV/A
  45
- Connecting the AC Power
  46
- Mounting the R&S FSV/A in a Rack
  46
- Switching the Instrument on and off
  47
- Connecting to LAN
  48
- Connecting a Keyboard
  49
- Connecting an External Monitor
  49
- Windows Operating System
  51
- Logging on
  52
- Checking the Supplied Options
  54
- Performing a Self-Alignment
  54
- Considerations for Test Setup
  55
- Protecting Data Using the Secure User Mode
  55
- Front Panel View
  58
- Instrument Tour
  58
- Power Key
  58
- System Keys
  59
- Touchscreen
  59
- Usb
  59
- Function Keys
  61
- Navigation Controls
  62
- Removable Solid State Drive (SSD)
  62
- Navigation Keys
  63
- Rotary Knob
  63
- Undo/Redo Keys
  63
- Ext Mixer Connector (Optional)
  64
- Probe
  64
- RF Input 50 Ohm
  64
- Trigger Input / Output
  64
- AF out and Volume (R&S FSV3-B3)
  65
- Keypad
  65
- Noise Source Control / Power Sensor
  65
- Rear Panel View
  66
- AC Power Supply Connection and Main Power Switch
  67
- HDMI Display Port
  67
- Lan
  67
- GPIB Interface
  68
- Noise Source Control
  68
- REF Input / REF Output
  68
- Trigger 2/3 In/Out
  68
- Usb
  68
- Aux. Control
  69
- Aux. Port
  69
- IF Output
  69
- Video Output
  69
- Device ID
  70
- External Generator Control Option (R&S FSV3-B10)
  70
- Labels on R&S FSV/A
  70
- OCXO Option (R&S FSV3-B4)
  70
- Measuring a Basic Signal
  71
- Trying out the Instrument
  71
- Displaying a Spectrogram
  73
- Activating Additional Measurement Channels
  75
- Performing Sequential Measurements
  80
- Setting and Moving a Marker
  81
- Displaying a Marker Peak List
  83
- Zooming into the Display
  84
- Zooming into the Display Permanently
  87
- Saving Settings
  90
- Printing and Saving Results
  92
- Operating the Instrument
  93
- Understanding the Display Information
  94
- Channel Bar
  95
- Window Title Bar
  98
- Marker Information
  99
- Frequency and Span Information in Diagram Footer
  100
- Error Information
  101
- Instrument and Status Information
  101
- Accessing the Functionality
  102
- Toolbar
  102
- Context Menus
  105
- Softkeys
  105
- On-Screen Keyboard
  106
- Entering Data
  107
- Entering Numeric Parameters
  107
- Entering Alphanumeric Parameters
  108
- Touchscreen Gestures
  110
- Activating and Deactivating Channels
  113
- Displaying Results
  113
- Laying out the Result Display with the Smartgrid
  115
- Background Information: the Smartgrid Principle
  116
- How to Activate Smartgrid Mode
  117
- How to Add a New Result Window
  117
- How to Arrange the Result Windows
  118
- How to Close a Result Window
  118
- Changing the Size of Windows
  119
- Switching between a Split and Maximized Window Display
  119
- Changing the Display
  120
- Getting Help
  120
Applications, Measurement Channels

122
- Available Applications
  122
- Amplifier
  123
- Fdd Bts
  123
- Fdd Ue
  123
- Spectrum
  123
- AM/FM/PM Modulation Analysis
  124
- Gsm
  124
- I/Q Analyzer
  124
- Lte
  124
- NB-Iot
  124
- Phase Noise
  125
- Pulse Measurements
  125
- Transient Analysis
  125
- Vector Signal Analysis (VSA)
  125
- Wlan
  125
- R&S Multiview
  126
- Selecting the Applications
  126
- Running a Sequence of Measurements
  129
- The Sequencer Concept
  129
- How to Set up the Sequencer
  131
- Sequencer Settings
  131
Measurements and Results

133
Multi-Sem Configuration

240
- Sweep List
  240
- Multi-Sem (Sub Block) Settings
  246
- Reference Range
  247
- Power Classes
  249
- MSR Settings
  250
- Standard Files
  253
- List Evaluation (Results Configuration)
  255
- How to Perform a Spectrum Emission Mask Measurement
  257
- How to Manage SEM Settings Files
  260
- How to Save SEM Result Files
  261
- Measurement Example: Multi-Sem Measurement
  262
- Format Description of SEM XML Files
  263
- Reference: SEM File Descriptions
  263
- ASCII File Export Format (Spectrum Emission Mask)
  269
- About the Measurement
  270
- Spurious Emissions Measurement
  270
- Spurious Emissions Measurement Results
  271
- Ranges and Range Settings
  272
- Spurious Emissions Basics
  272
- Limit Lines in Spurious Measurements
  273
- Spurious Emissions Measurement Configuration
  274
- Sweep List
  274
- Adjusting the X-Axis to the Range Definitions
  278
- List Evaluation
  278
- How to Perform a Spurious Emissions Measurement
  280
- Reference: ASCII Export File Format (Spurious)
  282
- About the Measurements
  283
- Statistical Measurements (APD, CCDF)
  283
- APD and CCDF Results
  284
- Typical Applications
  284
- APD and CCDF Basics - Gated Triggering
  286
- APD and CCDF Configuration
  288
- Basic Settings
  288
- Gate Range Definition for APD and CCDF
  290
- Scaling for Statistics Diagrams
  291
- How to Perform an APD or CCDF Measurement
  294
- Configuration Example: Gated Statistics
  295
- Examples
  295
- Measurement Example - Measuring the APD and CCDF of White Noise Generated by the R&S FSV/A
  296
- About the Measurement
  298
- Optimizing and Troubleshooting the Measurement
  298
- Time Domain Power Measurement
  298
- Time Domain Power Results
  298
- Time Domain Power Basics - Range Definition Using Limit Lines
  299
- Time Domain Power Configuration
  300
- How to Measure Powers in the Time Domain
  302
- Measurement Example
  302
Harmonic Distortion Measurement

304
- About the Measurement
  304
- Harmonic Distortion Basics
  305
- Harmonic Distortion Results
  307
- Harmonic Distortion Configuration
  308
- How to Determine the Harmonic Distortion
  310
- Third Order Intercept (TOI) Measurement
  310
- About the TOI Measurement
  311
- TOI Basics
  311
- TOI Results
  315
- TOI Configuration
  316
- How to Determine the Third Order Intercept
  317
- Measurement Example - Measuring the R&S Fsv/A's Intrinsic Intermodulation
  318
- About the Measurement
  320
- AM Modulation Depth Measurement
  320
- AM Modulation Depth Configuration
  321
- AM Modulation Depth Results
  321
- Electromagnetic Interference (EMI) Measurement
  323
- How to Determine the am Modulation Depth
  323
- Optimizing and Troubleshooting the Measurement
  323
About the Emi Measurement

324
- EMI Measurement Results
  325
- EMI Measurement Basics
  326
- Resolution Bandwidth and Filter Types
  326
- Detectors and Dwell Time
  327
- Frequency Resolution - Sweep Points and Scaling
  331
- Controlling V-Networks (LISN)
  332
- Initial Measurement - Peak Search
  333
- Using Transducer Factors
  333
- Final Measurement at the Marker Position
  334
- EMI Measurement Configuration
  335
- Limit Checks
  335
- EMI Marker Configuration
  336
- EMI Final Measurement Configuration
  339
- LISN Control Settings
  343
- EMI Result Analysis
  344
- How to Perform EMI Measurements
  345
- Measurement Example: Measuring Radio Frequency Interference
  347
- Optimizing and Troubleshooting EMI Measurements
  349
- Chapter 6 Configuration Overview
  350
- Common Measurement Settings
  350
- Data Input and Output
  352
- Receiving Data Input and Providing Data Output
  352
- Using Probes
  352
- RF Probes
  353
- Receiving and Providing Trigger Signals
  355
- IF and Video Signal Output
  356
- Input Source Settings
  356
- Radio Frequency Input
  356
Possible Via the Remote Command Input

357
- Input Coupling
  357
- Radio Frequency State
  357
- Direct Path
  358
- Impedance
  358
- Input Connector
  359
- Preselector Adjust
  359
- YIG-Preselector
  359
- Probe Settings
  360
- Basics on Power Sensors
  362
- Power Sensors
  362
- Using a Power Sensor as an External Power Trigger
  363
- Power Sensor Settings
  364
- How to Work with a Power Sensor
  368
- How to Set up a Power Sensor
  369
- How to Configure a Power Sensor as an External (PSE) Trigger
  370
- How to Zero the Power Sensor
  370
- About External Generator Control
  371
- Basics on External Generator Control
  371
- Optional External Generator Control
  371
- External Generator Connections
  372
- Overview of Supported Generators
  374
- Calibration Mechanism
  375
- Generator Setup Files
  375
- Normalization
  375
- Reference Trace, Reference Line and Reference Level
  377
- Coupling the Frequencies
  378
- Displayed Information and Errors
  380
- External Generator Control Settings
  381
- Interface Configuration Settings
  381
- Measurement Settings
  383
- Source Calibration Functions
  386
- How to Calibrate a Measurement Setup Using an External Generator
  389
- How to Work with External Generator Control
  389
- How to Compensate for Additional Gain or Attenuation after Calibration
  391
- How to Remove the Effects of a Particular Component from Measurement Results Using Calibration
  391
- Measurement Example: Calibration with an External Generator
  392
- Basics on External Mixers
  397
- Frequency Ranges
  397
- Optional External Mixers
  397
- Two-Port and Three-Port Mixers
  398
- Bias Current
  399
- Conversion Loss Tables
  400
- External Mixers and Large Bandwidth Extension Options
  401
- Automatic Signal Identification
  403
- External Mixer Settings
  407
- Mixer Settings
  407
- Basic Settings
  411
- Managing Conversion Loss Tables
  413
- Creating and Editing Conversion Loss Tables
  415
- How to Work with External Mixers
  418
- Measurement Example 1: Two-Port Mixer
  421
- Measurement Examples: Using an External Mixer
  421
- Measurement Example 2: Three-Port Mixer with a Large Analysis Bandwidth
  422
- External Frontend Basics
  424
- External Frontend Control (R&S FSV3-K553)
  424
- External Frontend Settings
  429
- Global Configuration Settings
  429
- Frontend Configuration Settings
  431
- Diagnostics
  434
- Network Configuration
  435
- How to Use an External Frontend
  436
- Error Messages
  437
- Troubleshooting External Frontend Control
  437
- Problems During Operation
  439
- Problems with Connection
  439
- Output Settings
  440
- Audio Output
  441
- If/Video Output
  441
- Trigger Input/Output Settings
  443
- How to Output a Trigger Signal
  445
- Frequency and Span Configuration
  446
- Impact of the Frequency and Span Settings
  446
- Defining the Scope of the Measurement - Frequency Range
  447
- Frequency and Span Settings
  447
- Stepping through the Frequency Range - Center Frequency Stepsize
  447
- Keeping the Center Frequency Stable - Signal Tracking
  451
- How to Define the Frequency Range
  452
- How to Move the Center Frequency through the Frequency Range
  452
- Amplitude and Vertical Axis Configuration
  453
- Impact of the Vertical Axis Settings
  453
- Reference Level
  453
- RF Attenuation
  454
- Amplitude Settings
  455
- Scaling
  455
- Scaling the Y-Axis
  460
- How to Optimize the Amplitude Display
  462
- Bandwidth, Filter and Sweep Configuration
  463
- Impact of the Bandwidth, Filter and Sweep Settings
  463
- Separating Signals by Selecting an Appropriate Resolution Bandwidth
  464
- Coupling VBW and RBW
  465
- Smoothing the Trace Using the Video Bandwidth
  465
- Coupling Span and RBW
  466
- How Data Is Measured: the Sweep Type
  466
- How Long the Data Is Measured: Sweep Time
  468
- Which Data May Pass: Filter Types
  468
- How Much Data Is Measured: Sweep Points and Sweep Count
  469
- How Often Data Is Measured: Sweep Mode
  469
- Bandwidth, Filter and Sweep Settings
  470
- Reference: List of Available RRC and Channel Filters
  478
- Trigger and Gate Configuration
  480
- Triggered Measurements
  480
- Triggering
  480
- Trigger Hysteresis
  481
- Trigger Offset
  481
- Trigger Source
  481
- Trigger Drop-Out Time
  482
- Trigger Holdoff
  483
- Trigger Settings
  484
- How to Determine the Required Trigger/Gate Parameters
  490
- How to Configure a Triggered Measurement
  491
- Gated Measurements
  492
- Gating
  492
- Gate Settings
  494
- Continuous Gate Settings
  496
- How to Configure a Gated Measurement
  497
- Adjusting Settings Automatically
  498
- Basic Evaluation Methods
  502
- Common Analysis and Display Functions
  502
- Result Display Configuration
  502
- Background Information: the Smartgrid Principle
  505
- Laying out the Result Display with the Smartgrid
  505
- How to Activate Smartgrid Mode
  507
- How to Add a New Result Window
  507
- How to Arrange the Result Windows
  508
- How to Close a Result Window
  508
- Single Zoom Versus Multiple Zoom
  509
- Zoomed Displays
  509
- Zoom Functions
  511
- How to Zoom into a Diagram
  513
- Basics on Markers
  516
- Marker Usage
  516
- Activating Markers
  518
- Marker Results
  518
- Marker Types
  518
- Marker Settings
  519
- Individual Marker Setup
  520
- General Marker Settings
  523
- Marker Search Settings
  525
- Marker Search Settings and Positioning Functions
  525
- Marker Search Settings for Spectrograms
  528
- Positioning Functions
  531
- Marker (Measurement) Functions
  533
- Precise Frequency (Signal Count) Marker
  533
- Measuring Noise Density (Noise Meas Marker)
  535
- Phase Noise Measurement Marker
  538
- Measuring Characteristic Bandwidths (N Db down Marker)
  541
- Fixed Reference Marker
  543
- Measuring the Power in a Channel (Band Power Marker)
  544
- Demodulating Marker Values and Providing Audio Output (Marker Demodulation)
  547
- Marker Peak List
  550
- Deactivating All Marker Functions
  554
- How to Analyze a Signal Point in Detail
  554
- How to Work with Markers
  554
- How to Output the Demodulated Signal Accoustically
  555
- How to Use a Fixed Reference Marker
  555
- How to Export a Peak List
  556
- Measurement Example: Measuring Harmonics Using Marker Functions
  557
- Display and Limit Lines
  558
- Basics on Display Lines
  559
- Display Line Settings
  559
- Display Lines
  559
- Defining Display Lines
  560
- Basics on Limit Lines
  561
- Limit Lines
  561
- Limit Line Management
  565
- Limit Line Settings and Functions
  565
- Limit Line Details
  568
- How to Define Limit Lines
  572
- Reference: Limit Line File Format
  576
- Basics on Setting up Traces
  577
- Mapping Samples to Sweep Points with the Trace Detector
  577
- Standard Traces
  577
- Trace Configuration
  577
- X-Value of the Sweep Point
  581
- Analyzing Several Traces - Trace Mode
  582
- How Many Traces Are Averaged - Sweep Count + Sweep Mode
  583
- How Trace Data Is Averaged - the Averaging Mode
  584
- Trace Smoothing
  585
- Trace Settings
  586
- How to Configure a Standard Trace
  591
- Spectrograms
  592
- Working with Spectrograms
  592
- Time Frames
  594
- Markers in the Spectrogram
  596
- Three-Dimensional Spectrograms
  596
- Color Maps
  598
- General Spectrogram Settings
  601
- Spectrogram Settings
  601
- Color Map Settings
  604
- How to Display and Configure a Spectrogram
  606
- How to Configure the Color Mapping
  608
- Trace Math
  610
- Importing and Exporting Measurement Results for Evaluation
  612
- Displaying a Reference Trace - Importing Trace Data
  613
- Trace/Data Ex/Import
  614
- How to Export Trace Data and Numerical Results
  619
- How to Import Traces
  619
- How to Export a Peak List
  620
- Event-Based Actions
  621
- Reference: ASCII File Export Format
  621
- Managing Rules
  622
- Defining Rules
  623
- Debugging Rules with the EBA-Journal
  629
- Reference: Overview of Available Result-Events and State-Events
  631
- Improving Averaging Results
  632
- Minimizing the Measurement Duration
  632
- Optimizing Measurements
  632
- Data Management
  634
- Restoring the Default Instrument Configuration (Preset)
  634
- Protecting Data Using the Secure User Mode
  635
- Storing and Recalling Instrument Settings and Measurement Data
  637
- Quick Save / Quick Recall Settings
  639
- Quick Save/Quick Recall
  639
- Configurable Storage and Recall
  641
- Stored Data Types
  641
- Save and Recall Dialog Boxes
  642
- Storage Location and Filename
  642
- Startup Recall Settings
  645
- How to Save and Load Instrument Settings
  647
- Import/Export Functions
  649
- Creating Screenshots of Current Measurement Results and Settings
  653
- Print and Screenshot Settings
  653
- Print Content Settings
  654
- Print Preview Functions
  656
- Printer Settings
  658
- Page Setup
  661
- Print Color Settings
  663
- How to Store or Print Screenshots of the Display
  664
- Example for Storing Multiple Measurement Results to a PDF File
  666
- Working with Test Reports
  668
- Designing a Test Report Template
  669
- General Contents
  671
- Title Page
  672
- Measurement Information
  675
- Application-Specific Contents
  677
- Creating Datasets
  678
- Managing Templates
  678
- Creating a Test Report
  679
- How to Create a Test Report
  681
- Alignment
  684
- Basics on Alignment
  684
- General Instrument Setup
  684
- Alignment Settings
  686
- How to Align the Instrument
  690
- How to Perform a Self-Test
  690
- Display Settings
  691
- General Display Settings
  691
- How to Align the Touchscreen
  691
- Displayed Items
  693
- Display Theme and Colors
  696
- External Monitor Settings
  701
- How to Configure the Colors for Display and Printing
  702
- Touch(Screen) Settings
  702
- How to Work with the Soft Front Panels
  703
- Application Starter
  704
- Application Starter Functions
  705
- How to Work with the Application Starter
  709
- Toolbar Configuration
  710
- Basics on Transducer Factors
  712
- Transducers
  712
- Transducer Management
  714
- Transducer Settings
  714
- Transducer Factors
  717
- How to Configure the Transducer
  720
- Reference: Transducer Factor File Format
  720
- Basics on Frequency Response Correction
  724
- Frequency Response Correction (R&S FSV/A-K544)
  724
- User-Defined Frequency Response Correction Settings
  728
- Reference Frequency Settings
  736
- Hardware Information
  739
- System Configuration Settings
  739
- Licensing, Versions and Options
  740
- Obtaining Copyright Information on Used Third-Party Sources
  740
- License Management
  741
- System Messages
  745
- Firmware Updates
  746
- General Configuration Settings
  748
- Signal Generator Settings
  750
- Service Functions
  751
- R&S Support Information
  752
- Calibration Signal Display
  754
- Self-Test Settings and Results
  754
- Service Functions
  756
- Hardware Diagnostics
  758
- General Parameter Coupling
  759
- Synchronizing Measurement Channel Configuration
  759
- User-Defined Parameter Coupling
  762
- Generator Coupling
  766
- How to Synchronize Parameters
  768
- Example for a User-Defined Parameter Coupling
  770
- Network Operation and Remote Control
  773
- Remote Control Interfaces and Protocols
  773
- LAN Interface
  774
- LAN Web Browser Interface
  775
- Hierarchy of Status Registers
  777
- Status Reporting System
  777
- Contents of the Status Registers
  778
- Status Byte (STB) and Service Request Enable Register (SRE)
  779
- Event Status Register (ESR) and Event Status Enable Register (ESE)
  780
- IST Flag and Parallel Poll Enable Register (PPE)
  780
- Status:operation Register
  781
- Status:questionable Register
  782
- Status:questionable:acplimit Register
  783
- Status:questionable:extended Register
  784
- Status:questionable:extended:info Register
  785
- Status:questionable:frequency Register
  785
- Status:questionable:limit Register
  786
- Status:questionable:lmargin Register
  786
- Status:questionable:power Register
  787
- Status:questionable:temperature Register
  788
- Status:questionable:time Register
  788
- Reset Values of the Status Reporting System
  789
- GPIB Languages
  790
- The IECWIN Tool
  792
- Automating Tasks with Remote Command Scripts
  793
- The Context-Sensitive SCPI Command Menu
  794
- The SCPI Recorder
  796
- How to Determine the Required SCPI Command
  800
- How to Create and Export SCPI Scripts
  801
- Example for a Recorded SCPI Script
  804
- Network and Remote Control Settings
  804
- General Network Settings
  805
- Remote Settings
  807
- Compatibility Settings
  810
- LAN Settings
  814
- HUMS Settings
  815
- Basic Settings
  816
- Protocol Settings
  817
- Device Tags
  820
- Remote Errors
  821
- How to Set up a Network and Remote Control
  823
- Returning to Manual Mode ("Local")
  823
- How to Configure a Network
  824
- How to Connect the Instrument to the Network
  824
- How to Assign the IP Address
  825
- How to Change the Instrument Name
  827
- How to Configure the LAN Using the Web Browser Interface
  828
- LAN Configuration
  829
- How to Change the GPIB Instrument Address
  830
- How to Log on to the Network
  830
- How to Operate the Instrument Without a Network
  830
- How to Change the User Password
  831
- How to Create Users
  831
- How to Configure the Automatic Login Mechanism
  832
- How to Control the R&S FSV/A Via the Web Browser Interface
  833
- How to Share Directories (Only with Microsoft Networks)
  833
- How to Deactivate the Web Browser Interface
  835
- How to Configure the R&S FSV/A for Remote Operation Via Remote Desktop
  836
- How to Set up Remote Desktop
  836
- How to Configure the Controller
  837
- How to Start and Close the Remote Desktop
  840
- How to Shut down the R&S FSV/A Via Remote Operation
  842
- How to Start a Remote Control Session from a PC
  842
- How to Return to Manual Operation
  843
- Conventions Used in SCPI Command Descriptions
  844
- Remote Commands
  844
- Common Commands
  845
- Common Suffixes
  845
- Selecting the Mode and Applications
  850
- Selecting the Operating Mode and Application
  850
- Performing a Sequence of Measurements
  854
- Programming Example: Performing a Sequence of Measurements
  856
- Configuring and Performing Measurements
  858
- Performing Measurements
  859
- Configuring Power Measurements
  862
- Measuring the Channel Power and ACLR
  866
- Managing Measurement Configurations
  867
- Configuring the Channels
  868
- Defining Weighting Filters
  872
- Selecting the Reference Channel
  874
- Checking Limits
  875
- General ACLR Measurement Settings
  881
- Configuring MSR ACLR Measurements
  882
- General MSR ACLR Measurement Settings
  882
- MSR Sub Block and Tx Channel Setup
  883
- MSR Adjacent Channel Setup
  885
- General Gap Channel Setup
  890
- Automatic (Symmetrical) Configuration
  892
- Manual (Asymmetrical) Configuration
  897
- MSR Channel Names
  911
- Performing an ACLR Measurement
  912
- Retrieving and Analyzing Measurement Results
  912
- Example: Configuring and Performing an ACLR Measurement
  916
- Programming Examples for Channel Power Measurements
  916
- Example: Configuring and Performing an MSR ACLR Measurement
  918
- Example: Configuring and Performing an Asymmetrical MSR ACLR Measurement
  920
- Measuring the Carrier-To-Noise Ratio
  924
- Configuring the Measurement
  925
- Measuring the Occupied Bandwidth
  925
- Programming Example: OBW Measurement
  926
- Managing Measurement Configurations
  927
- Measuring the Spectrum Emission Mask
  927
- Configuring a Multi-Sem Measurement
  929
- Controlling the Measurement
  929
- Configuring a Sweep List
  930
- Configuring the Reference Range
  945
- Configuring the Power Classes
  946
- Configuring MSR SEM Measurements
  951
- Configuring the List Evaluation
  957
- Example: SEM Measurement
  959
- Performing an SEM Measurement
  959
- Retrieving Results
  959
- Measuring Spurious Emissions
  962
- Configuring a Sweep List
  963
- Initializing the Measurement
  963
- Configuring the List Evaluation
  972
- Adjusting the X-Axis to the Range Definitions
  974
- Performing a Spurious Measurement
  974
- Programming Example: Spurious Emissions Measurement
  974
- Retrieving and Saving Settings and Results
  974
- Activating Statistical Measurements
  977
- Analyzing Statistics (APD, CCDF)
  977
- Configuring Statistical Measurements
  978
- Using Gate Ranges for Statistical Measurements
  979
- Scaling the Diagram
  981
- Performing a Statistical Measurement
  984
- Retrieving Results
  984
- Programming Example: Measuring Statistics
  985
- Configuring the Measurement
  987
- Measuring the Time Domain Power
  987
- Performing a Time Domain Power Measurement
  990
- Measuring the Mean Power
  991
- Retrieving Measurement Results
  991
- Measuring the Peak Power
  992
- Measuring the RMS Power
  993
- Measuring the Standard Deviation
  994
- Programming Example: Time Domain Power
  996
- Activating the Measurement
  997
- Configuring the Measurement
  997
- Measuring the Harmonic Distortion
  997
- Performing the Measurement
  999
- Retrieving Results
  999
- Example: Measuring the Harmonic Distortion
  1000
- Determining the TOI
  1001
- Measuring the Third Order Intercept Point
  1001
- Programming Example: Measuring the TOI
  1003
- Configuring and Performing the Measurement
  1004
- Measuring the am Modulation Depth
  1004
- Example: Measuring the am Modulation Depth
  1005
- Activating EMI Measurement
  1006
- Remote Commands for EMI Measurements
  1006
- Configuring EMI Markers
  1007
- Configuring the EMI Final Test
  1008
- Configuring EMI Limit Lines
  1009
- Controlling LISN
  1009
- Retrieving EMI Results
  1011
- Evaluating the Results
  1013
- Programming Example: EMI Measurement
  1013
- List Evaluations
  1015
- Performing List Evaluations
  1016
- Example: Performing List Evaluation
  1019
- Measuring the Pulse Power
  1020
- Performing Pulse Power Measurements
  1021
- Configuring the Result Display
  1024
- Example: Performing a Pulse Power Measurement
  1024
- General Window Commands
  1025
- Working with Windows in the Display
  1026
- Example 1: Adding and Arranging Windows
  1033
- Examples: Configuring the Result Display
  1033
- Example 2: Replacing and Removing Windows
  1034
- Setting Basic Measurement Parameters
  1035
- Configuring the Data Input and Output
  1036
- RF Input
  1036
- Commands for Initial Configuration
  1040
- Remote Commands for External Frontend Control
  1040
- Commands for Test, Alignment, and Diagnosis
  1047
- Format of Selftest Result File
  1049
- Programming Example: Configuring an External Frontend
  1053
- Basic Settings
  1055
- Using External Mixers
  1055
- Mixer Settings
  1057
- Conversion Loss Table Settings
  1064
- Programming Example: Working with an External Mixer
  1068
- Setting up Probes
  1070
- External Generator Control
  1075
- Measurement Configuration
  1076
- Interface Configuration
  1079
- Source Calibration
  1081
- Programming Example for External Generator Control
  1084
- Configuring Power Sensors
  1086
- Working with Power Sensors
  1086
- Configuring Power Sensor Measurements
  1087
- Triggering with Power Sensors
  1094
- Configuring the Outputs
  1097
- Defining the Frequency and Span
  1100
- Defining the Frequency Range
  1101
- Configuring Signal Tracking
  1105
- Configuring Bandwidth and Sweep Settings
  1107
- Configuring the Bandwidth and Filter
  1107
- Configuring the Sweep
  1110
- Amplitude Settings
  1115
- Configuring the Vertical Axis (Amplitude, Scaling)
  1115
- Configuring the Attenuation
  1118
- Configuring a Preamplifier
  1120
- Scaling the Y-Axis
  1122
- Configuring the Triggering Conditions
  1125
- Configuring Triggered and Gated Measurements
  1125
- Configuring Gated Measurements
  1130
- Configuring the Trigger Output
  1134
- Adjusting Settings Automatically
  1136
- Analyzing Measurements (Basics)
  1140
- Using the Single Zoom
  1140
- Zooming into the Display
  1140
- Using the Multiple Zoom
  1142
- Configuring the Trace Display and Retrieving Trace Data
  1143
- Configuring Standard Traces
  1144
- Configuring a Spectrogram Measurement
  1151
- Configuring Spectrograms
  1151
- Configuring the Color Map
  1157
- Using Trace Mathematics
  1159
- Chapter 12 Retrieving Trace Results
  1161
- Formats for Returned Values: ASCII Format and Binary Format
  1163
- Importing and Exporting Traces
  1164
- Programming Example: Configuring a Spectrogram
  1167
- Setting up Individual Markers
  1170
- Working with Markers
  1170
- General Marker Settings
  1177
- Configuring and Performing a Marker Search
  1179
- Positioning Normal Markers
  1183
- Positioning the Marker
  1183
- Positioning Delta Markers
  1186
- Retrieving Marker Results
  1189
- Marker Search (Spectrograms)
  1191
- Using Markers
  1191
- Using Delta Markers
  1195
- Fixed Reference Marker Settings
  1200
- Marker Peak Lists
  1202
- Noise Measurement Marker
  1205
- Phase Noise Measurement Marker
  1207
- Band Power Marker
  1209
- Using Markers
  1210
- Using Delta Markers
  1212
- N Db down Marker
  1213
- Signal Count Marker
  1217
- Marker Demodulation
  1218
- Programming Examples for Using Markers and Marker Functions
  1221
- Example: Basic Markers
  1222
- Example: Marker Search in Spectrograms
  1223
- Basic Frequency Sweep Measurement for Marker Function Examples
  1224
- Example: Using a Fixed Reference Marker
  1224
- Example: Measuring Noise Density
  1225
- Example: Obtaining a Marker Peak List
  1225
- Example: Measuring Phase Noise
  1226
- Example: Measuring Characteristic Bandwidths (Using the N Db down Marker)
  1227
- Example: Measuring the Power in a Channel Using Band Power Markers
  1227
- Examples: Demodulating Marker Values and Providing Audio Output
  1228
- Example: Performing a Highly Accurate Frequency Measurement Using the Signal Count Marker
  1229
- Configuring Display Lines
  1230
- Defining Limit Checks
  1232
- Configuring Limit Lines
  1233
- Managing Limit Lines
  1242
- Checking the Results of a Limit Check
  1245
- Example: Configuring Limit Lines
  1246
- Programming Example: Using Limit Lines
  1246
- Example: Performing a Limit Check
  1248
- Managing Settings and Results
  1249
- General Data Storage and Loading Commands
  1250
- Selecting the Items to Store
  1256
- Storing and Loading Instrument Settings
  1259
- Storing or Printing Screenshots
  1264
- Storing Measurement Results
  1275
- Test Reports
  1278
- Examples: Managing Data
  1286
- Storing Data
  1286
- Loading Data
  1287
- Loading Instrument Settings
  1287
- Storing Instrument Settings
  1287
- Printing on a Printer
  1288
- Printing to a File
  1288
- Storing Multiple Graphical Measurement Results to a PDF File
  1289
- Configuring the R&S FSV/A
  1290
- Configuring the Reference Frequency
  1290
- Calibration and Checks
  1293
- Working with Transducers
  1297
- Compensating for Frequency Response Using Touchstone Files (R&S FSV/A-K544)
  1301
- Remote Commands for Frequency Response Correction
  1301
- Customizing the Screen Layout
  1319
- General Display Settings and Items
  1319
- Programming Example: Using Touchstone Files
  1319
- Colors and Themes
  1323
- CMAP Suffix Assignment
  1325
- Remote Commands for Language Settings
  1326
- Configuring the Network and Remote Control
  1327
- Configuring HUMS
  1331
- Checking the System Configuration
  1337
- Signal Generator Control Commands
  1346
- Using Service Functions
  1347
- Predefined Parameter Coupling
  1349
- Remote Commands for Synchronizing Parameters
  1349
- User-Defined Parameter Coupling
  1356
- Generator Coupling
  1364
- Configuring the Application Starter
  1366
- General Status Register Commands
  1369
- Using the Status Register
  1369
- Reading out the Condition Part
  1370
- Reading out the Event Part
  1370
- Controlling the Enable Part
  1371
- Controlling the Negative Transition Part
  1371
- Controlling the Positive Transition Part
  1372
- Commands for Remote Instrument Operation
  1373
- Emulating Other Instruments' Commands
  1373
- Setting up Instrument Emulation
  1374
- Command Set of Models 8560E, 8561E, 8562E, 8563E, 8564E, 8565E, 8566A/B, 8568A/B, 8591E, 8594E, 71100C, 71200C, and 71209A
  1377
- Reference: GPIB Commands of Emulated HP Models
  1377
- Special Features of the Syntax Parsing Algorithms for 8566A and 8568A Models
  1401
- Special Behavior of Commands
  1402
- Model-Dependent Default Settings
  1403
- Data Output Formats
  1404
- GPIB Status Reporting
  1404
- Trace Data Input Formats
  1404
- Trace Data Output Formats
  1404
- Reference: Command Set of Emulated PSA Models
  1405
- Reference: Command Set of Emulated PXA Models
  1409
- Deprecated Commands
  1411
- Programming Examples
  1414
- Programming Example: Performing a Basic Frequency Sweep
  1415
- Initiate Service Request
  1418
- Service Request
  1418
- Waiting for the Arrival of a Service Request
  1420
- Waiting Without Blocking the Keyboard and Mouse
  1421
- Service Request Routine
  1422
- Reading out the Output Buffer
  1423
- Evaluation of SCPI Status Registers
  1424
- Reading Error Messages
  1424
- Evaluation of Event Status Register
  1425
- Error Information
  1427
- Troubleshooting
  1427
- Error Messages in Remote Control Mode
  1428
- Troubleshooting Remote Operation
  1429
- Miscellaneous Troubleshooting Hints
  1431
- System Recovery
  1432
- Collecting Information for Support
  1433
- Contacting Customer Support
  1435
- Transporting
  1436
- Cleaning
  1437
- Maintenance, Storage, Transport and Disposal
  1437
- Storage
  1437
- Transporting
  1437
- Disposal
  1438
- List of Remote Commands (Base Unit)
  1439
- Index
  1464

Rohde & Schwarz FSV3000 User Manual (373 pages)

Pulse Measurement Option

Brand: Rohde & Schwarz | Category: Measuring Instruments | Size: 7 MB

Table of Contents

3
4 Measurement Basics

42
- Parameter Definitions
  42
- Pulse Detection
  45
- Parameter Spectrum Calculation
  47
- Basics on Input from I/Q Data Files
  50
- Trace Evaluation
  51
5 Configuration

56
- Configuration Overview
  56
- Signal Description
  58
- Input and Output Settings
  61
- Output Settings
  64
- Frontend Settings
  65
Input 5.5 Trigger Settings

71
- Trigger Settings
  71
- Trigger Source
  72
  - Free Run
    72
  - External Trigger 1/2
    72
  - I/Q Power
    72
  - IF Power
    73
  - RF Power
    73
- Drop-Out Time
  73
- Trigger Level
  73
- Hysteresis
  74
- Slope
  74
- Trigger Holdoff
  74
- Trigger Offset
  74
- Data Acquisition
  76
- Sweep Settings
  79
- Pulse Detection
  80
- Pulse Measurement Settings
  83
- Automatic Settings
  90
- 6 Analysis
  91
  - Result Configuration
    91
  - Display Configuration
    107
  - Markers
    108
  - Trace Configuration
    115
Section 5

116
- Detector
  117
- Hold
  117
- Trace 1/Trace 2/Trace 3/Trace 4/Trace 5/Trace 6
  117
- Trace Mode
  117
- Evaluation
  118
- Selected Pulse Vs All Pulses
  118
- Statistical Evaluation
  118
- Normalization
  119
- Predefined Trace Settings - Quick Config
  119
- Trace 1 / Trace 2 / Trace 3 / Trace 4 (Softkeys)
  119
- Trace / Data Export Configuration
  120
- Export Functions
  121
Section 6

122
- Decimal Separator
  123
- Export Table to ASCII File
  123
- Export Trace to ASCII File
  124
- I/Q Export
  124
  - Export Range
    125
- 7 Export Functions
  
  126
  - Trace Export Configuration
    124
  - How to Perform a Standard Pulse Measurement
    130
- 8 How to Perform Measurements in the Pulse Application
  
  130
  - How to Configure a Limit Check for a Pulse Measurement
    131
  - How to Export Table Data
    132
9 Remote Commands for Pulse Measure- Ments

134
- 9 Remote Commands for Pulse Measurements
  134
  - Introduction
    134
  - Common Suffixes
    139
  - Activating Pulse Measurements
    140
  - Signal Description
    143
  - Input/Output Settings
    146
  - Frontend Configuration
    152
  - Triggering Measurements
    159
  - Data Acquisition
    166
  - Pulse Detection
    168
  - Configuring the Pulse Measurement
    171

Rohde & Schwarz FSV3000 Getting Started (124 pages)

Signal and Spectrum Analyzer

Brand: Rohde & Schwarz | Category: Measuring Instruments | Size: 7 MB

Table of Contents
5
1 Preface

7
- Key Features
  7
- Conventions Used in the Documentation
  8
2 Safety Information

10
3 Documentation Overview

11
4 Preparing for Use

14
5 Instrument Tour

41
- Front Panel View
  41
- Rear Panel View
  52
6 Trying out the Instrument

58
7 Operating the Instrument

82
- Understanding the Display Information
  83
  - Channel Bar
    84
  - Window Title Bar
    88
  - Marker Information
    89
  - Frequency and Span Information in Diagram Footer
    90
  - Instrument and Status Information
    90
  - Error Information
    91
- Accessing the Functionality
  92
- Entering Data
  98
- Touchscreen Gestures
  102
- Displaying Results
  106
- Getting Help
  115
- Remote Control
  116
8 Contacting Customer Support

119
Index

120

Rohde & Schwarz Categories

Measuring Instruments Test Equipment Portable Generator

Power Supply Accessories

More Rohde & Schwarz Manuals

Rohde & Schwarz FSV3000 Manuals

Rohde & Schwarz FSV3000 User Manual (1489 pages)

Table of Contents

Table of Contents

Getting Started

Applications, Measurement Channels

Measurements and Results

Multi-Sem Configuration

Harmonic Distortion Measurement

About the Emi Measurement

Possible Via the Remote Command Input

Rohde & Schwarz FSV3000 User Manual (373 pages)

Table of Contents

Table of Contents

1 Preface

2 Welcome to the Pulse Measurements Application

3 Measurements and Result Displays

4 Measurement Basics

5 Configuration

Input 5.5 Trigger Settings

Section 5

Section 6

7 Export Functions

8 How to Perform Measurements in the Pulse Application

9 Remote Commands for Pulse Measure- Ments

Rohde & Schwarz FSV3000 Getting Started (124 pages)

Table of Contents

1 Preface

2 Safety Information

3 Documentation Overview

4 Preparing for Use

5 Instrument Tour

6 Trying out the Instrument

7 Operating the Instrument

8 Contacting Customer Support

Index

Related Products

Rohde & Schwarz Categories