Rohde & Schwarz 1412.0000.02 Manuals

Manuals and User Guides for Rohde & Schwarz 1412.0000.02. We have 1 Rohde & Schwarz 1412.0000.02 manual available for free PDF download: User Manual

Rohde & Schwarz 1412.0000.02 User Manual

Rohde & Schwarz 1412.0000.02 User Manual (1484 pages)

Vector Signal Generator

Brand: Rohde & Schwarz | Category: Portable Generator | Size: 46 MB

Table of Contents

Table of Contents

3
- Safety Instructions
  19
- Safety and Regulatory Information
  19
- Labels on R&S SMW200A
  22
- Warning Messages in the Documentation
  22
- Where to Find Key Documents on Rohde & Schwarz
  23
- Korea Certification Class B
  23
- Welcome to the R&S SMW200A
  24
- Key Features
  24
- What's New
  24
- Documentation Overview
  25
- Getting Started Manual
  25
- User Manuals and Help
  25
- Tutorials
  25
- Calibration Certificate
  26
- Release Notes and Open Source Acknowledgment
  26
- Service Manual
  26
- Specifications and Product Brochures
  26
- Printed Safety Instructions
  26
- Instrument Security Procedures
  26
- Application Notes, Application Cards, White Papers, Etc
  27
- Videos
  27
- Scope and Content
  27
- Getting Started
  29
- Preparing for Use
  29
- Lifting and Carrying
  29
- Unpacking and Checking
  29
- Choosing the Operating Site
  29
- Setting up the R&S SMW200A
  30
- Considerations for Test Setup
  32
- Connecting to Power
  33
- Connecting to LAN
  33
- Connecting USB Devices
  34
- Connecting to RF Coaxial Connectors
  35
- Connecting to RF A/RF B
  36
- Connecting to lo In/Out
  36
- Connecting to REF IN/REF out
  37
- Connecting to HS DIG I/Q
  37
- Switching on or off
  38
- Instrument Tour
  39
- Front Panel Tour
  39
  - Navigation Controls
    43
  - Rotary Knob
    43
  - Navigation Keys
    44
  - Display Keys
    44
- Rear Panel Tour
  46
- Generating an Unmodulated Carrier
  54
- Trying out the Instrument
  54
- Generating a Digitally Modulated Signal
  57
- Triggering the Instrument Externally
  59
- Working with Marker Signals
  65
- Routing a Baseband Signal to the Outputs
  66
- Verifying the Generated Signal
  71
- Saving and Recalling Settings
  73
- Generating an EUTRA/LTE Signal
  75
- Enabling MIMO Configuration
  78
- System Overview
  83
- Brief Concept of the Instrument
  83
- Applications Examples of the R&S SMW200A
  88
Instrument Control

92
Settings

139
- Connector Name
  140
- Preset Behavior: Keep Connections to External Instruments
  140
- Direction
  141
- External Instrument
  142
- I/Q Connection
  142
- External Instrument Configuration Settings
  145
Settings

146
- Clean Unused/Clean All
  147
- External Instrument
  147
- Scan
  147
- Remote Channel
  148
- Set Symbolic Name
  148
- Device ID
  149
- Hostname or IP Address
  149
- I/Q Output Type
  149
- Frontend Configuration
  150
- Initialization Sequence
  150
  - Connections Settings
    154
- Overview
  155
- Signal Routing Settings
  157
- Digital Baseband Input Settings
  161
- Baseband Input Settings in the Standard Baseband Generator
  162
- Baseband Input Settings in the Wideband Baseband Generator
  169
- I/Q Digital Output Settings
  175
- General Settings
  178
- Channels Settings
  181
- Signal Output Settings
  183
- I/Q Analog Output Settings
  186
General Analog I/Q Output Settings

189
- I/Q Output Type
  190
- RF Envelope
  190
- I/Q Level Vp (EMF)
  191
- Bias (EMF)
  192
- Couple I/Q Bias
  192
- Offset (EMF)
  192
- How to Connect External Instruments and Configure the Signal Flow
  193
- Finding out the Suitable Configuration for Your Test Situation
  194
- How to Find out Where the Input/Output Interface Is Located
  195
- How to Define the MIMO Scenario
  196
- How to Route the I/Q Streams to the Output Interfaces
  198
- How to Cable the Instruments in MIMO Test Setups
  199
- How to Connect and Configure External Instruments
  200
- Connecting to HS DIG I/Q Interfaces
  209
- How to Generate a 2X8 MIMO Signal for BS Tests
  214
- How to Generate a 8X8 MIMO Signal with Two R&S SMW200A
  216
- How to Connect an R&S ® CMW500 for Fading Applications
  220
- How to Apply an External Digital Baseband Signal
  221
- How to Connect an R&S EX-IQ-BOX
  224
- Configuring the Internal Baseband Source
  226
- Overview of the Signal Generation Modes
  226
- Standard or Wideband Baseband Generator
  227
- Accessing the Functions in the Baseband Domain
  229
- Generating Signals According to Digital Standards
  230
- About Common Baseband Characteristics
  234
  - Marker Modes
    242
- Common Characteristics of the Baseband Domain
  234
- Common Baseband Settings
  261
- Triggering with a Common Signal
  271
- Time-Based Triggering
  273
- Generating Custom Digital Modulation Signals
  276
- About Custom Digital Modulation
  277
- Custom Digital Modulation Settings
  277
- Required Options
  277
- How to Create Data and Control Lists
  299
- References
  303
  - Common Coding Algorithms
    307
- Using the Arbitrary Waveform Generator (ARB)
  314
- About ARB
  315
- Required Options
  315
- ARB Settings
  321
Settings

322
- Set to Default
  323
- State
  323
- Use One Waveform for All Basebands
  323
- Load Waveform
  324
- Waveform Info
  324
- Waveforms Table
  324
- Clock Frequency
  325
- Create Multi Carrier
  325
- Create Multi Segment
  325
- Delay
  325
- RF Power Ramping with Burst Marker
  325
- Test Signal Form
  325
- Create Test Signal
  326
- Playing Waveform Files
  331
- Tags for Waveforms, Data and Control Lists
  347
- Generating Notched Signals
  365
- Required Options
  365
- About the Notch Filters
  366
- Notch Filter Settings
  366
- AWGN Test Signal Settings
  370
- About the Multi-Segment Waveforms
  372
- Generating Multi-Segment Waveform Files
  372
- Reducing the Crest Factor
  372
- Required Options
  372
- Multi-Segment Settings
  378
- Working with Multi-Segment Waveform Files
  393
- Reference to Triggering of Multi-Segment Waveforms
  399
- About the Multicarrier Waveforms
  402
- Generating Multicarrier Waveform Signals
  402
- Required Options
  402
- Multicarrier Settings
  404
- How to Use the Multicarrier Function
  417
- Generating Multi-Carrier Continuous Wave Signals
  419
- About MCCW
  420
- MCCW Settings
  420
- Required Options
  420
- Using MCCW Signals
  427
- References
  428
- About Baseband Offsets
  429
- Generating a Linear Slope Ramp Waveform
  429
- Shifting the Baseband Signal
  429
- Baseband Offset Settings
  433
- Improving Signal Characteristics by Shifting the Baseband Signal
  434
- Adding Noise to the Signal
  436
- Fading, Predistorting and Impairing the Signal
  436
- Required Options
  436
- Simulating Fading
  436
- About the AWGN Generator
  437
- AWGN Block
  443
- AWGN Settings
  443
- How to Configure the Noise Generator for Receiver Tests
  452
- About the Impulsive Noise
  454
- Generating Impulsive and Phase Noise
  454
- Required Options
  454
- About the Phase Noise
  455
- Impulsive Noise Settings
  456
- Phase Noise Settings
  459
- About the Linear I/Q Impairments
  461
- Impairing the Signal
  461
- Required Options
  461
- Analog and Digital Impairments Settings
  464
- Optimizing Carrier Leakage and Sideband Suppression
  468
- Applying Digital Predistortion
  469
- Frequency Response Correction
  469
- About the I/Q Modulator
  470
- Applying I/Q Vector Modulation
  470
- Required Options
  470
- I/Q Modulator Settings
  471
- Optimizing I/Q Modulation Performance
  478
- Configuring the RF Signal
  480
- How to Access the RF Settings
  481
- Required Options
  481
- How to Activate RF Signal Output
  483
- How to Set the Frequency and Level
  484
- References
  485
- RF Frequency Settings
  486
- RF Level Settings
  490
- RF Phase Settings
  495
- Reference Oscillator
  496
- Reference Frequency Settings
  497
- Required Options
  497
- Reference Output Settings
  500
- Adjustment Settings
  501
- Using the Reference Frequency for Instruments Synchronization
  502
- Local Oscillator Coupling
  505
- Phase Coherence
  507
- Required Options
  507
- LO Coupling Settings
  508
- How to Configure Cascaded Instruments
  510
- Varying the RF Signal in List or Sweep Mode
  514
- Signal Generation and Triggering in the Sweep and List Modes
  516
- About Sweep Mode
  524
  - Sweep Signal Shapes
    526
- About List Mode
  527
- Significant Parameters and Functions
  529
- Sweep Mode Settings
  531
- List Mode Settings
  541
- List Editor
  548
- How to Generate a Signal in List or Sweep Mode
  551
- Analog Modulations
  553
- Modulation Signals
  555
- Required Options
  555
- Activating Analog Modulations
  563
- Modulation Settings
  564
- How to Generate a Modulated Signal
  585
- Improving Level Performance
  587
- Attenuator
  588
  - Attenuator Settings
    588
- ALC - Automatic Level Control
  591
- User Correction
  595
- Using Power Sensors
  607
- Improving the RF Signal Performance
  625
- About the Graphical Signal Display
  629
  - Vector Diagram
    630
  - Constellation Diagram
    631
  - Eye Diagram
    632
  - Power Spectrum
    634
  - Display Functions
    635
- Monitoring Baseband Signal Characteristics
  629
- Monitoring Signal Characteristics
  629
- Required Options
  629
- Graphics Configuration Settings
  636
- Graphical Signal Display Settings
  640
- Checking the Generated Signal Graphically
  642
- About Leveling
  652
- Querying Information on the Baseband Power Levels
  652
- Required Options
  652
- Baseband Power Settings
  658
- Measuring Baseband Power Levels
  661
- Generating Phase Coherent Signals
  670
- Multi-Instrument Setups
  670
- Synchronizing Instruments
  670
- Connecting Multiple Instruments in Primary-Secondary Instrument Mode
  671
  - Multi-Instrument Settings
    672
- Generating Time-Aligned Baseband Signals
  671
- Triggering Several Instruments with a Common Trigger Signal
  679
- Generating Phase-Coherent Signals
  680
- Required Options
  681
- RF Ports Alignment Configuration and Settings
  681
- Control and Operation of External Instruments
  697
- Prerequisites for Control of External Instruments from the R&S SMW200A
  697
- Test Setups
  697
- Control of Connected R&S SGT
  698
- Control of Connected R&S SZU
  698
- Further Information
  698
- About the File System
  700
- File and Data Management
  700
- Restoring an Instrument Configuration
  703
- Preset, Set to Default and Factory Preset Settings
  705
- Identifying Parameters with Non-Default Values
  706
- Presetting the Instrument to a User-Defined State
  707
- Reference
  707
- Protecting Data
  708
- Saving and Recalling Settings
  709
- Save/Recall Settings
  710
- Saving and Recalling Instrument Settings
  713
- Recalling Firmware Option Settings
  714
- Accessing Files with User Data
  715
- File Select Settings
  715
- Creating Data Lists and Control Lists
  718
- Exporting and Importing Remote Command Lists
  719
- Loading, Importing and Exporting Lists
  719
- Using the File Manager
  720
- File Manager Settings
  721
- Map Network Share Settings
  722
- Displaying All Saved Files
  724
- Mapping a Network Folder
  724
- Transferring Files from and to the Instrument
  726
- Removing File System Protection
  727
- Accessing the File System Using FTP
  728
- Accessing the R&S SMW200A File System Using SMB (Samba)
  729
- Using a File Server for Test Files Exchange
  731
- Using a USB Storage Device for File Transfer
  731
- Creating Screenshots of Current Settings
  732
- Hardcopy Settings
  732
- Creating a Hardcopy of the Display
  736
- Customizing the User Interface
  739
- General Instrument Functions
  739
- Display and Keyboard Settings
  740
- Appearance Settings
  742
- Display Update Settings
  742
- Defining the RF Signal State on Power on
  743
- How to Set the Initial Instrument Settings
  744
- Configuring Local and Global Connectors
  745
- About Local and Global Connectors
  746
  - Global Connectors
    746
  - Status Indicators
    749
- Required Options
  746
- Trigger Marker Clock Settings
  751
- RF Connectors Settings
  754
- Global Connectors Settings
  755
- Local Connectors Settings
  760
- Routing Signals to the Connectors
  763
- Checking Parameters and Dependencies
  764
- Organizing Frequently Used Settings as Favorites
  766
- User Menu Settings
  767
- How to Use the User Menu for Fast Adjustments
  768
- Define User Key Actions Settings
  770
- How to Assign Actions to the [USER] Key
  771
- Managing Licenses and License Keys
  773
- Manage License Keys Settings
  775
- Using the License Server
  782
- How to Occupy or Extend a License
  792
- How to Move a Portable License
  794
- How to Install or Deinstall an Extension
  796
- Manage Extension Settings
  796
- Managing Extensions
  796
- Using the Security Settings
  797
- Protection Level Settings
  798
- Setting Security Parameters
  799
- Configuring LAN Services
  804
- Password Management
  807
- Preventing Unauthorized Access
  810
- Undoing or Restoring Actions
  814
- Shutting down and Rebooting the Instrument
  815
- Reference
  816
- Network Operation and Remote Control
  820
- Overview of Remote Access Modes
  821
- Remote Control Interfaces and Protocols
  822
- LAN Interface
  823
- USB Interface
  825
- GPIB Interface (IEC/IEEE Bus Interface)
  826
- LXI Browser Interface
  827
  - Browser Interface
    827
- Remote Control Programs and Libraries
  827
- Overview of the Status Registers
  830
- Status Reporting System
  830
- Instrument-Specific Status Operation Register
  832
- Instrument-Specific Status Questionable Register
  832
- Remote Access Settings
  833
- Reset Values of the Status Reporting System
  833
- Network Settings
  835
- VISA Resource Strings
  839
- GPIB Address Settings
  840
- RS232 Settings
  841
- Instrument Emulations Settings
  842
- Remote Connections Settings
  843
- HUMS Settings
  845
- HUMS Enhanced Settings
  847
- QR Code
  855
- LXI Settings
  856
- LXI Status Settings
  856
  - Status Settings
    856
- LXI Browser Settings
  857
  - Browser Settings
    857
- To Configure the Instrument for Remote Access
  864
- To Find the VISA Resource String
  864
- To Configure the Access over LAN
  865
- To Configure the Access over GPIB
  869
- To Establish a Remote Control Session over LAN
  869
- To Establish the Connection Using VXI-11 Protocol
  870
- To Establish the Connection with the LXI Web Browser
  870
- To Establish the Connection Using Socket Communication
  875
- To Establish a Remote Control Session over GPIB
  876
- To Establish a Remote Control Session over USB
  877
- To Return to Manual Operation
  878
- To Trace Messages with the LXI Web Browser Interface
  878
- To Automate Tasks with Remote Command Scripts
  879
- Show SCPI Command Settings
  881
- Displaying a SCPI List
  882
- SCPI Recording Export Settings
  883
- How to Record / Create SCPI Lists
  884
- How to Convert and Save SCPI Lists
  888
- How to Find out the SCPI Commands for GUI Functions
  889
- To Operate the Instrument Using VNC
  892
- Enabling VNC Service
  893
- How to Set up Remote Operation from a Desktop System
  893
- How to Set up Remote Operation from a Smart Device
  895
- LXI Functionality
  898
- References
  898
- Code Generator Templates
  899
- Remote Control States
  901
- Conventions Used in SCPI Command Descriptions
  903
- Remote Control Commands
  903
- Backward Compatibility with Other Rohde & Schwarz Signal Generators
  904
- SCPI Command Aliases for Advanced Mode with Multiple Entities
  905
- Common Commands
  907
- Programming Examples
  907
- Preset Commands
  912
- Mmemory Subsystem
  913
- File Naming Conventions
  914
- Handling Files in the Default or in a Specified Directory
  915
- Programming Examples
  916
- Remote Control Commands
  918
- Calibration Subsystem
  926
- Clock Subsystem
  931
- Diagnostic Subsystem
  931
- HUMS Remote Control Commands
  935
- Display Subsystem
  942
- Format Subsystem
  946
- Hcopy Subsystem
  948
- Hard Copy Settings
  949
- Automatic Naming
  950
- Kboard Subsystem
  953
- Output Subsystem
  953
- Sense, READ, Initiate and Slist Subsystems
  957
  - Aperture:time
    965
- Sconfiguration Subsystem
  972
- Multi-Instrument Configuration Commands
  982
- Baseband and Fading Configuration Commands
  983
- I/Q Stream Mapper Commands
  989
- External RF and I/Q Instruments Commands
  991
- RF Ports Alignment Commands
  1005
- Source Subsystem
  1014
- Connector Settings
  1015
- Source:awgn Subsystem
  1025
- Source:bbin Subsystem
  1035
- Analog Modulation Subsystems
  1045
- Source:bb Subsystem
  1065
  - Multi-Segment Commands
    1120
  - Multicarrier Commands
    1128
- Source:correction Subsystem
  1193
- Source:frequency Subsystem
  1201
- Source:frequency:converter Subsystem
  1211
- Source:input Subsystem
  1213
- Source:iq Subsystem
  1214
- Source:iq:output Subsystem
  1217
- Source:lfoutput Subsystem
  1231
- Source:list Subsystem
  1244
  - Format[:Data]
    1249
- Source:noise Subsystem
  1258
- Source:occupy Subsystem
  1264
- Source:pgen Subsystem
  1266
- Source:phase Subsystem
  1267
- Source:power Subsystem
  1268
- Source:roscillator Subsystem
  1284
- RF Ports Alignment Commands
  1289
- Source:sweep Subsystem
  1291
- System Subsystem
  1303
- Status Subsystem
  1334
- TEST Subsystem
  1338
- Trigger Subsystem
  1345
  - UNIT Subsystem
    1348
  - Resolving Network Connection Failures
    1354
  - Hardware Configuration Settings
    1358
  - Collecting Information for Technical Support
    1361
  - Contacting Customer Support
    1363
  - Maintenance, Storage and Disposal
    1365
  - Performing Maintenance Tasks
    1365
  - Date and Time
    1366
  - Check Front Panel
    1368
  - Internal Adjustments
    1375
  - Fpga/Uc Update Settings
    1383
  - Status Information Displayed in the Info Line
    1395
  - Telnet Program Examples
    1414
  - Gpib Interface
    1419

Advertisement

Advertisement

Related Products

Rohde & Schwarz Categories

Measuring Instruments Test Equipment Portable Generator

Power Supply

Power Supply Accessories

More Rohde & Schwarz Manuals