User Manuals: Rohde & Schwarz SMW200A Signal Generator

Manuals and User Guides for Rohde & Schwarz SMW200A Signal Generator. We have 4 Rohde & Schwarz SMW200A Signal Generator manuals available for free PDF download: User Manual

Rohde & Schwarz SMW200A User Manual (1484 pages)

Vector Signal Generator

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

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

Rohde & Schwarz SMW200A User Manual (1403 pages)

Vector Signal Generator

Brand: Rohde & Schwarz | Category: Laboratory Equipment | Size: 42 MB

Table of Contents

3
Settings: Mode

126
- Signal Outputs
  127
- Entities (Users, Cells)
  128
- Signal Routing
  128
- System Configuration Lxmxn
  128
- BB Signals (Tx Antennas)
  129
- Streams (Rx Antennas)
  129
- Subset
  129
- Baseband Source Config
  130
- BB Bandwidth
  130
- CA Bandwidth
  130
- Duplicate Streams
  131
- HS Channels Per
  131
- Apply
  132
- I/Q Stream Mapper Settings
  132
- Set to Default
  132
- Mode
  133
- External RF and I/Q Settings
  135
Settings: Display/Auto Connect

137
- Auto Connect
  137
- Connect/Disconnect All Remote
  137
- Settings: Display
  137
- Connector Name
  138
- Preset Behavior: Keep Connections to External Instruments
  138
- Direction
  139
- External Instrument
  140
- I/Q Connection
  140
- Remote Connection Status
  141
- (Delta) RF Frequency/ RF Level
  142
- Instrument Name
  142
- RF Couple
  142
- RF State
  143
- Overview
  152
- Signal Routing Settings
  154
- Chapter 4 Digital Baseband Input Settings
  158
- Baseband Input Settings in the Standard Baseband Generator
  159
- Baseband Input Settings in the Wideband Baseband Generator
  166
- I/Q Digital Output Settings
  172
- General Settings
  175
- Channels Settings
  178
- Signal Output Settings
  179
- I/Q Analog Output Settings
  182
General Analog I/Q Output Settings

184
- RF Envelope
  185
- Save/Recall
  185
- Set to Default
  185
- State
  185
- I/Q Output Type
  186
- Mode
  186
- Show Connector
  186
- I/Q Level Vp EMF
  187
- How to Connect External Instruments and Configure the Signal Flow
  188
Finding out the Suitable Configuration for Your Test Situation

189
Common Functions and Settings in the Baseband Domain

224
Settings: General Settings 263 ●

263
- Settings: General Settings
  263
- Save/Recall
  264
- Set to Default
  264
- Settings: State
  264
- Standard
  264
- Setting
  265
- Data Source
  266
- Modulation Settings
  271
- Filter Settings
  274
- Power Ramp Control Settings
  276
- Data List Editor
  279
- Control and Marker Lists Editor
  281
- Select "Baseband > Custom Digital Mod
  281
- How to Create Data and Control Lists
  285
- References
  288
- Required Options
  296
- Using the Arbitrary Waveform Generator (ARB)
  296
- About ARB
  297
- ARB Settings
  301
Settings

303
- State
  303
- Set to Default
  304
- Use One Waveform for All Basebands
  304
- Load Waveform/File
  305
- Waveform Info
  305
- Waveforms Table
  305
- Clock Frequency
  306
- Create Multi Carrier
  306
- Create Multi Segment
  306
- Delay
  306
- RF Power Ramping with Burst Marker
  306
- Test Signal Form
  306
- Create Test Signal
  307
- How to Create, Generate and Play Waveform Files
  311
- Tags for Waveforms, Data and Control Lists
  327
Example: {Clock: 54000000} Bb:arb:wav:tag? 'Clock'

331
- CLOCK: Frequency
  331
- CONTROL LENGTH: Controllength
  332
- EMPTYTAG-Length: #Emptysequence
  332
- LEVEL OFFS: Rmsoffset_Db,Peakoffset_Db
  333
- Marker Mode [#]: Generator
  334
- BURST LIST [#]: Pos0:State0; Pos1:State1
  335
- CW MODE LIST [#]: Pos0:State0; Pos1:State1
  335
- HOP LIST [#]: Pos0:State0; Pos1:State1
  335
- LEVATT LIST [#]: Pos0:State0; Pos1:State1
  335
- MAP LIST [#]: Pos0:State0; Pos1:State1
  335
- MARKER LIST [#]: Pos0:State0; Pos1:State1
  335
- SAMPLES: Samples
  335
- [TRACE] LIST [#]: Pos0:State0; Pos1:State1
  335
- WAVEFORM-Length: #I0Q0I1Q1
  336
- MWV_SEGMENT_COUNT: Numofseg
  337
- MWV_SEGMENT_CLOCK_MODE: Mode
  338
- MWV_SEGMENT_DURATION: Segdur0, Segdur1
  338
- MWV_SEGMENT_LENGTH: Samplesseg0, Samplesseg1
  338
- Mwv_Segment_Start
  338
- Samplestartoffsetseg0, Samplestartoffsetseg1
  338
- MWV_SEGMENT_CLOCK: Clockseg0, Clockseg1
  339
- MWV_SEGMENT_LEVEL_MODE: Mode
  339
- Filenameseg0.Wv", "Filenameseg1.Wv
  340
- Mwv_Segment_Files
  340
- Mwv_Segment_Level_Offs
  340
- MWV_SEGMENT_SETTINGS_FILE: Segsettingfilepath
  340
- Rmsoffs_Dbsg0,Peakoffs_Dbsg0
  340
- CONTROL LIST WIDTH4-Length: #M0M1
  341
- Mwv_Segmentx_Comment: Text
  341
- About the Notch Filters
  345
- Generating Notched Signals
  345
- Required Options
  345
- Notch Filter Settings
  346
- AWGN Test Signal
  349
- Generating Multi-Segment Waveform Files
  351
- Reducing the Crest Factor
  351
- About the Multi-Segment Waveforms
  352
- Required Options
  352
- Multi-Segment Settings
  357
Settings

359
- Setting for Handling the Multi-Segment Files and Output File Settings
  359
- Segment Table
  361
- Level / Clock / Marker Settings
  363
- Sequencing
  365
- Next Segment Trigger in Settings
  369
Settings

370
- Current Segment/Current Segment Index
  370
- Segment
  370
- Next Segment Mode
  371
- Execute Next Segment
  372
- Level Mode
  372
- Next Segment Source
  372
- Sequencing List
  372
- How to Create and Work with Multi-Segment Waveform Files
  373
- Trigger Example
  373
- Reference to Triggering of Multi-Segment Waveforms
  378
- Generating Multi-Carrier Signals
  381
- About the Multi-Carrier Waveforms
  382
- Required Options
  382
- Multi-Carrier Settings
  384

Rohde & Schwarz SMW200A User Manual (1312 pages)

Vector Signal

Brand: Rohde & Schwarz | Category: Inverter | Size: 44 MB

Table of Contents

18
- Customer Support
  17
- 1 Preface
  42
2.5 Instrument Control

121
Table of Contents

154
- Mode
  155
- Set to Default
  155
- Signal Outputs
  155
- Signal Routing
  156
- System Configuration Lxmxn
  156
  - Entities (Users, Cells)
    156
  - BB Signals (Tx Antennas)
    157
- I/Q Stream Mapper Settings
  159
- External RF and I/Q Settings
  162
- Connections Configuration and Connection Status Overview Settings
  163
Sconfiguration:external:display

164
- Auto Connect
  164
- Connect/Disconnect All Remote
  164
- Settings: Display
  164
- Connector Name
  165
- Preset Behavior: Keep Connections to External Instruments
  165
- Direction
  166
- External Instrument
  167
- I/Q Connection
  167
- Remote Connection Status
  167
- Instrument Name
  168
- RF Couple
  168
- (Delta) RF Frequency/ RF Level
  169
- External Instrument Configuration Settings
  169
  - Remote Config Settings
    170
  - Initialization Sequence Settings
    174
  - Remote Control Settings
    176
  - Show Connector
    177
  - Check Connections Settings
    178
- RF State
  169
- Overview
  179
  - Signal Routing Settings
    181
  - Digital Baseband Input Settings
    185
- General Settings
  187
  - Sample Rate Settings
    188
  - Input Level Settings
    190
    
    Signal Monitoring Settings
    191
    
    I/Q Digital Output Settings
    193
  - General Settings
    195
    
    Signal Output Settings
    197
    
    I/Q Analog Output Settings
    200
3.8.1 General Analog I/Q Output Settings

202
- Set to Default
  202
  - General Analog I/Q Output Settings
    202
- Settings: State
  202
- I/Q Output Type
  203
- RF Envelope
  203
- Save/Recall
  203
- Bias (EMF)
  204
- Couple I/Q Bias
  204
- I/Q Level Vp EMF
  204
- Mode
  204
- Offset (EMF)
  205
- How to Apply an External Digital Baseband Signal
  230
- How to Connect an R&S EX-IQ-BOX
  233
- 4 Configuring the Internal Baseband Source
  235
  - Standard or Wideband Baseband Generator
    236
  - How to Access the Functions in the Baseband Domain
    238
  - Generating Signals According to Digital Standards
    239
  - Common Functions and Settings in the Baseband Domain
    242
    
    Internal Modulation Data
    243
    
    External Modulation Data
    244
    
    Clock Signals
    245
    
    Control Signals
    247
  - Regular Marker Output Signals
    249
    
    Marker Modes
    250
    
    Marker Minimum Duration
    251
    
    Delaying Marker Signals
    252
    
    Trigger Sources
    253
    
    Impact of the Trigger Modes on the Signal Generation
    254
    
    Impact of the Additional Trigger Settings
    256
    
    Receiving and Providing Trigger Signals
    259
  - Supported Modulation Types
    262
  - Supported Coding Schemes
    263
    
    Impact of the Filter Parameters
    264
  - Methods for Optimizing the Crest Factor
    265
    
    Common Settings
    267
    
    Trigger Settings
    268
    
    Marker Settings
    273
    
    Clock Settings
    275
  - Local and Global Connector Settings
    276
  - Trigger the Baseband Sources with a Common Signal
    277
    
    Generating Custom Digital Modulated Signals
    279
4.6.3 Custom Digital Modulation Settings

280
- Custom Digital Modulation Settings
  280
- Settings: General Settings
  280
- Data Source
  283
- Trigger, Marker and Clock Setting
  283
- Modulation Settings
  288
- Filter Settings
  291
- Power Ramp Control Settings
  292
- Data List Editor
  295
- Control and Marker Lists Editor
  297
- How to Create Data and Control Lists
  300
- How to Create and Assign a Control List
  301
- How to Create and Assign a Data List
  303
  - References
    304
- Predefined Modulation Types
  307
- Common Coding Algorithms
  310
- Predefined Baseband Filters
  312
  - Using the Arbitrary Waveform Generator (ARB)
    315
  - About the ARB
    316
- Waveform Sample Rate
  318
- Impact on the Enabled Number of Marker Signals on the Waveform Length
  319
  - ARB Settings
    320
Settings: State

322
- Load Waveform/File
  323
- Set to Default
  323
- Use One Waveform for All Basebands
  323
- Waveforms Table
  323
- Clock Frequency
  324
- Create Multi Segment
  324
- Delay
  324
- Waveform Info
  324
- Create Multi Carrier
  325
- Create Test Signal
  325
- Sine Test Signals
  326
- Rectangular Test Signal
  327
- Constant IQ Test Signal
  329
- Trigger, Marker and Clock Setting
  330
  - How to Generate and Play Waveform Files
    331
- How to Load and Play Waveform Files
  332
  - How to Create a Waveform File Generated with the R&S Winiqsim2 and Load It in the ARB
    333
  - References
    339
- Multi-Segment Waveforms Processing
  340
- File Concept
  341
Set to Default

373
- Mode
  374
- Number of Carriers
  374
- Save/Recall Frame
  374
- Carrier Spacing
  375
- Clipping
  375
- Crest Factor Mode
  375
- Frequency
  375
- Target Crest Factor
  375
- Power Reference
  376
- Signal Period
  376
- Signal Period Mode
  376
- Output Settings
  378
  - File
    379
  - Clock Rate
    379
  - File Size
    379
- Create/Create and Load
  379
- Carrier Table Settings
  380
- Carrier Table Assistant
  382
- Carrier Graph
  384
  - How to Use the Multi-Carrier Function
    385
    
    Generating Multi-Carrier Continuous Wave Signal
    387
    
    Required Options
    388
- General Carrier Settings
  389
- Carrier Table
  391
- Carrier Graph
  394
  - How to Use the Multi-Carrier Continuous Wave Function
    395
    
    References
    396
    
    Generating a Linear Slope Ramp Waveform
    397
    
    About the Baseband Offsets
    398
- Impact of the Phase Offset
  399
- Impact of the Gain
  400
  - How to Improve Signal Characteristics by Shifting the Wanted Baseband Signal
    402
    
    Simulating Fading, Adding Noise and Predistortions, and Impairing the Signal
    404
    
    About the AWGN Generator
    405
    
    AWGN Settings
    409
    
    General Settings
    411
Noise Power/Output Results Settings

413
- Connected Instrument
  414
- Reference Mode
  414
- Set Noise Power Via
  414
- Show Powers for Output
  414
- Bit Rate
  415
- Carrier/Noise Ratio, Signal/Noise Ratio
  415
- E B /N
  415
- Carrier Power, Signal Power
  416
- Noise Power (System Bandwidth), Interferer Power
  416
- Noise Power (Total Bandwidth)
  417
  - How to Configure the Noise Generator for Receiver Tests
    418
    
    Impairing the Signal
    421
- Gain and Gain Imbalance
  422
- I and Q Offset
  423
- 6 Applying I/Q Vector Modulation
  430
Settings: Source/State

433
- Settings: Source
  433
- State
  433
- Adjust I/Q Modulator Current Frequency
  434
- I/Q Swap
  434
- (Baseband) Gain
  435
- Crest Factor
  435
- I/Q Wideband
  435
- Linearize RF
  436
- Optimization Mode
  436
- Adjust Linearization Current Frequency
  437
- 7 Configuring the Signal in the RF Domain
  441
  - Required Options
    444
    
    Configuring RF Frequency and Level
    445
  - RF Level Settings
    449

Rohde & Schwarz SMW200A User Manual (37 pages)

ERA-GLONASS Test Suite

Brand: Rohde & Schwarz | Category: Test Equipment | Size: 2 MB

Table of Contents
3
Key Features
5
Prerequisites
7
Test Setup
9
System Configuration
10
Preparation of Controller PC
10
Preparation of Instrument Connection
10
Preparation of IVS Connection
11
Test Configuration
16
Connection Setting
17
Vehicle Simulation Setting
17
GNSS Simulation Setting
19
Signal Power Setting
20
Test Case Setting
21
Advanced Settings
26
Thresholds
27
Miscellaneous
27
Exclude Acceleration Interval
28
GNSS Signal Logging
28
Ignore Coordinate System
28
Log Exclude Acceleration Interval
28
Smx/Ivs Configuration
28
GNSS Signal Logging Rate
29
TC 5.5 Receiver Autonomous Integrity Monitoring (RAIM)
29
TC 5.8 Error Estimation / TC 5.10 Restore Interval
29
TC 5.12 Sensitivity
29
TC 5.14 Cut off Angle
29
Test Results
30
Monitoring
35
Test Module Details
37

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User Manuals: Rohde & Schwarz SMW200A Signal Generator

Rohde & Schwarz SMW200A User Manual (1484 pages)

Table of Contents

Table of Contents

Instrument Control

Settings

Settings

General Analog I/Q Output Settings

Rohde & Schwarz SMW200A User Manual (1403 pages)

Table of Contents

Table of Contents

Settings: Mode

Settings: Display/Auto Connect

General Analog I/Q Output Settings

Finding out the Suitable Configuration for Your Test Situation

Common Functions and Settings in the Baseband Domain

Settings: General Settings 263 ●

Settings

Example: {Clock: 54000000} Bb:arb:wav:tag? 'Clock'

Settings

Settings

Rohde & Schwarz SMW200A User Manual (1312 pages)

Table of Contents

Table of Contents

2.5 Instrument Control

Table of Contents

Sconfiguration:external:display

3.8.1 General Analog I/Q Output Settings

4.6.3 Custom Digital Modulation Settings

Settings: State

Set to Default

Noise Power/Output Results Settings

Settings: Source/State

Rohde & Schwarz SMW200A User Manual (37 pages)

Table of Contents

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