Rohde & Schwarz SMCV100B Manuals

Manuals and User Guides for Rohde & Schwarz SMCV100B. We have 5 Rohde & Schwarz SMCV100B manuals available for free PDF download: User Manual, Getting Started

Rohde & Schwarz SMCV100B User Manual (853 pages)

Vector Signal Generator

Brand: Rohde & Schwarz | Category: Inverter | Size: 18 MB

Table of Contents

3
- Safety Instructions
  15
- Safety and Regulatory Information
  15
- Labels on R&S SMCV100B
  17
- Warning Messages in the Documentation
  17
- Korea Certification Class B
  18
- Welcome
  19
- Key Features
  19
- What's New
  20
- Documentation Overview
  20
- Getting Started Manual
  20
- User Manuals and Help
  20
- Data Sheets and Brochures
  21
- Release Notes and Open Source Acknowledgment (OSA)
  21
- Instrument Security Procedures
  21
- Printed Safety Instructions
  21
- Service Manual
  21
- Application Notes, Application Cards, White Papers, Etc
  22
- Getting Started
  23
- Preparing for Use
  23
- Lifting and Carrying
  23
- Unpacking and Checking
  23
- Choosing the Operating Site
  23
- Setting up the R&S SMCV100B
  24
- Considerations for Test Setup
  25
- Connecting to Power
  26
- Connecting to LAN
  26
- Connecting a Monitor
  27
- Connecting USB Devices
  28
- Connecting to RF 50 Ω
  28
- Connecting to Ref In/Ref out
  29
- Connecting to Dig. IQ HS X
  30
- Connecting to IP Data Interface
  31
- Switching on or off
  32
- Instrument Tour
  33
- Front Panel Tour
  33
- Rear Panel Tour
  37
- Trying out the Instrument
  40
- Generating an Unmodulated Carrier
  41
- Generating a Digitally Modulated Signal
  42
- Triggering the Instrument with an External Signal
  45
- Enabling and Configuring a Marker Signal
  49
- Verifying the Generated Signal with the Graphics Display
  51
- Saving and Recalling Settings
  54
- Generating a DAB Signal
  56
- System Overview
  58
- Brief Introduction to the Instrument's Concept
  58
- Signal Flow at a Glance
  59
- Internal Baseband Source ("Baseband" Block)
  60
- Digital Baseband Input/Output ("BB Input"/ "I/Q Digital" Block)
  60
- Additional White Gaussian Noise ("AWGN" Block)
  61
- I/Q Stream Mapper" Block
  61
- I/Q Modulator ("I/Q Mod" Block)
  61
- RF ("RF" Block)
  61
- Applications Examples of the R&S SMCV100B
  61
Instrument Control

62
Common Functions and Settings in the Baseband Domain

78
Custom Digital Modulation Settings

105
- General Settings
  105
- Settings
  105
- Data Source
  108
- Trigger, Marker and Clock Setting
  108
- Modulation Settings
  110
- Filter Settings
  112
- Power Ramp Control Settings
  114
- Data List Editor
  116
- Control and Marker Lists Editor
  118
- How to Create Data and Control Lists
  122
- References
  125
- Using the Arbitrary Waveform Generator (ARB)
  135
- About ARB
  136
- Required Options
  136
- ARB Settings
  141
Settings

142
Usage

175
- CLOCK: Frequency
  175
- CONTROL LENGTH: Controllength
  176
- EMPTYTAG-Length: #Emptysequence
  177
- LEVEL OFFS: Rmsoffset_Db,Peakoffset_Db
  177
- Marker Mode [#]: Generator
  178
- BURST LIST [#]: Pos0:State0; Pos1:State1
  179
- CW MODE LIST [#]: Pos0:State0; Pos1:State1
  179
- HOP LIST [#]: Pos0:State0; Pos1:State1
  179
- LEVATT LIST [#]: Pos0:State0; Pos1:State1
  179
- MAP LIST [#]: Pos0:State0; Pos1:State1
  179
- MARKER LIST [#]: Pos0:State0; Pos1:State1
  179
- SAMPLES: Samples
  179
- [TRACE] LIST [#]: Pos0:State0; Pos1:State1
  179
- WAVEFORM-Length: #I0Q0I1Q1
  180
- MWV_SEGMENT_COUNT: Numofseg
  181
- MWV_SEGMENT_CLOCK_MODE: Mode
  182
- MWV_SEGMENT_DURATION: Segdur0, Segdur1
  182
- MWV_SEGMENT_LENGTH: Samplesseg0, Samplesseg1
  182
- Mwv_Segment_Start
  182
- Samplestartoffsetseg0, Samplestartoffsetseg1
  182
- MWV_SEGMENT_CLOCK: Clockseg0, Clockseg1
  183
- MWV_SEGMENT_LEVEL_MODE: Mode
  183
- Filenameseg0.Wv", "Filenameseg1.Wv
  184
- Mwv_Segment_Files
  184
- Mwv_Segment_Level_Offs
  184
- MWV_SEGMENT_SETTINGS_FILE: Segsettingfilepath
  184
- Rmsoffs_Dbsg0,Peakoffs_Dbsg0
  184
- CONTROL LIST WIDTH4-Length: #M0M1
  185
- Mwv_Segmentx_Comment: Text
  185
- About the Multi-Segment Waveforms
  189
- Generating Multi-Segment Waveform Files
  189
- Reducing the Crest Factor
  189
- Required Options
  189
- Multi-Segment Settings
  195
- How to Create and Work with Multi-Segment Waveform Files
  211
- Reference to Triggering of Multi-Segment Waveforms
  216
- Generating Multi-Carrier Signals
  219
- About the Multi-Carrier Waveforms
  220
- Required Options
  220
- Multi-Carrier Settings
  222
Settings: Set to Default

223
- Mode
  224
- Number of Carriers
  224
- Save/Recall Frame
  224
- Carrier Spacing
  225
- Clipping
  225
- Crest Factor Mode
  225
- Filter Cutoff Frequency
  225
- Target Crest Factor
  225
- Power Reference
  226
- Signal Period
  226
- Signal Period Mode
  226
- Clock Rate
  228
- Create/Create and Load
  228
- File Size
  228
- Output File
  228
- Output Settings
  228
Settings: Carrier State/Carrier Start/Start

232
- Carrier Start/Start
  232
- Gain Start
  232
- Gain Step
  232
- Phase Start
  232
- Settings: Carrier State
  232
- Delay Start
  233
- Delay Step
  233
- Input Waveform File
  233
- Phase Step
  233
- Settings
  233
- How to Use the Multi-Carrier Function
  234
- Fm/Phim/Am Configuration and Settings
  237
- Generating Fm/Phim/Am/Pulse Modulation Signals
  237
- Pulse Modulation Configuration and Settings
  241
- About Baseband Offsets
  244
- Shifting and Boosting the Baseband Signal
  244
- Baseband Offsets Settings
  246
- How to Improve Signal Characteristics by Shifting the Baseband Signal
  247
- Configuring External Baseband Signals
  249
- Overview of the Input and Output Signals and Interfaces
  249
- Overview of the Baseband and RF Output Signals
  250
- Overview of the Baseband Signal Sources
  250
- Important Signal Parameters and Interface's Characteristics
  251
- Interdependencies
  251
- I/Q Stream Mapper Settings
  254
- System Configuration Settings
  254
- External RF and I/Q Settings
  255
Settings

256
- Auto Connect
  257
- Connect/Disconnect All Remote
  257
- Display
  257
- Connector Name
  258
- Direction
  258
- External Instrument
  258
- Preset Behavior: Keep Connections to External Instruments
  258
- I/Q Connection
  259
- Instrument Name
  259
- Remote Connection Status
  259
Table of Contents

261
- Clean Unused/Clean All
  262
- Detect/Scan
  262
- External Instrument
  262
- Device ID
  263
- Initialization Sequence
  263
- Remote Channel
  263
- RF Path
  263
- Set Symbolic Name
  263
- Apply and Connect
  264
- Remove Initialization Sequence
  264
- Overview
  266
- Digital Baseband Input Settings
  267
- General Settings
  269
[:Source

270
- Signal Input Settings
  270
- Peak Level
  271
- I/Q Digital Output Settings
  272
- General Settings
  273
- Channels Settings
  274
- Connected Device
  274
- IQ HS 1 Interface
  274
- Name and Serial Number of the Connected Instrument
  274
- None" Indicates that no Device Is Connected
  274
- Remote Command
  274
- The Transmitter Sample Rate, if Supported by the Transmitter
  274
- Remote Command
  275
- Signal Output Settings
  276
- Generating Time-Aligned Baseband Signals
  278
- Triggering Several Instruments with a Common Trigger Signal
  278
- About the AWGN Generator
  280
- Adding Noise to and Impairing the Signal
  280
- Adding Noise to the Signal
  280
- Required Options
  280
- AWGN Block
  284
- AWGN Settings
  285
[:Source

287
- Bit Rate
  288
- Reference Mode
  288
- Set Noise Power Via
  288
- Show Powers for Output
  288
- Carrier Power, Signal Power
  289
- Carrier/Noise Ratio, Signal/Noise Ratio
  289
- E B /N
  289
- Noise Power (System Bandwidth), Interferer Power
  290
- Noise Power (Total Bandwidth)
  291
- How to Configure the Noise Generator for Receiver Tests
  292
- About the Linear I/Q Impairments
  294
- Impairing the Signal
  294
- Required Options
  294
- Digital Impairments Settings
  296
- About the I/Q Modulator
  298
- Applying I/Q Vector Modulation
  298
- I/Q Modulator Settings
  298
- Required Options
  298
- Optimizing I/Q Modulation Performance
  301
- Configuring the RF Signal
  302
- How to Access the RF Settings
  303
- How to Activate the RF Signal Output
  303
- Required Options
  303
- How to Set the Frequency and Level
  304
- RF Frequency Settings
  305
- RF Level Settings
  308
- RF Phase Settings
  311
- Reference Frequency Settings
  312
- Reference Oscillator
  312
- Required Options
  312
- Reference Output Settings
  315
- Adjustment Settings
  316
- Varying the RF Signal in List or Sweep Mode
  316
- Signal Generation and Triggering in the Sweep and List Modes
  318
- About Sweep Mode
  325
- About List Mode
  329
- Significant Parameters and Functions
  330
- Sweep Mode Settings
  332
State (Rf Frequency Sweep)

333
- Current Frequency
  334
- Current Level
  334
- Mode
  334
- State (RF Level Sweep)
  334
- Retrace
  335
- Shape
  335
- Dwell Time
  336
- Spacing
  336
- Execute Single Sweep
  337
- Reset Sweep
  337
- Trigger Slope
  337

Rohde & Schwarz SMCV100B User Manual (913 pages)

Vector Signal Generator

Brand: Rohde & Schwarz | Category: Portable Generator | Size: 21 MB

Table of Contents

3
- Safety Instructions
  15
- Safety and Regulatory Information
  15
- Labels on R&S SMCV100B
  17
- Warning Messages in the Documentation
  18
- Where to Find Key Documents on Rohde & Schwarz
  18
- Korea Certification Class B
  18
- Welcome
  20
- Key Features
  20
- Getting Started Manual
  21
- User Manuals and Help
  21
- Documentation Overview
  21
- What's New
  21
- Service Manual
  22
- Instrument Security Procedures
  22
- Printed Safety Instructions
  22
- Data Sheets and Brochures
  22
- Release Notes and Open Source Acknowledgment (OSA)
  22
- Application Notes, Application Cards, White Papers, Etc
  23
- Videos
  23
- Getting Started
  24
- Preparing for Use
  24
- Lifting and Carrying
  24
- Unpacking and Checking
  24
- Choosing the Operating Site
  24
- Setting up the R&S SMCV100B
  25
- Considerations for Test Setup
  26
- Connecting to Power
  27
- Connecting to LAN
  27
- Connecting a Monitor
  28
- Connecting USB Devices
  29
- Connecting to RF Coaxial Connectors
  29
- Connecting to RF 50 Ω
  31
- Connecting to Ref In/Ref out
  31
- Connecting to Dig. IQ HS X
  31
- Connecting to IP Data
  32
- Switching on or off
  34
- Front Panel Tour
  35
- Instrument Tour
  35
- Rear Panel Tour
  39
- Trying out the Instrument
  42
- Generating an Unmodulated Carrier
  43
- Generating a Digitally Modulated Signal
  44
- Triggering the Instrument with an External Signal
  47
- Enabling and Configuring a Marker Signal
  51
- Verifying the Generated Signal with the Graphics Display
  53
- Saving and Recalling Settings
  56
- Generating a DAB Signal
  58
- System Overview
  60
- Brief Introduction to the Instrument's Concept
  60
- Signal Flow at a Glance
  61
- Internal Baseband Source ("Baseband" Block)
  62
- Digital Baseband Input/Output ("BB Input"/ "I/Q Digital" Block)
  62
- Additional White Gaussian Noise ("AWGN" Block)
  63
- I/Q Stream Mapper" Block
  63
- I/Q Modulator ("I/Q Mod" Block)
  63
- RF ("RF" Block)
  63
- Applications Examples of the R&S SMCV100B
  63
Instrument Control

64
Custom Digital Modulation Settings

107
- General Settings
  107
- Settings
  107
- Data Source
  110
- Trigger, Marker and Clock Settings
  110
- Modulation Settings
  112
- Filter Settings
  114
- Power Ramp Control Settings
  116
- Data List Editor
  118
- Control and Marker Lists Editor
  120
- How to Create Data and Control Lists
  124
- References
  127
- Required Options
  137
- Using the Arbitrary Waveform Generator (ARB)
  137
- About ARB
  138
- ARB Settings
  143
Settings: State

144
- Load Waveform/File
  145
- Waveform Info
  145
- Clock Frequency
  146
- Create Multi Segment
  146
- HDD Streaming
  146
- Create Multi Carrier
  147
- Create Test Signal
  147
- Test Signal Form
  147
- How to Create, Generate and Play Waveform Files
  152
- How to Work with Waveform Libraries
  168
- How to Stream Waveforms from an External Storage Device
  171
- Tags for Waveforms, Data and Control Lists
  173
Example: {Date: 2009-04-02;14:32:12}

176
- CLOCK: Frequency
  177
- CONTROL LENGTH: Controllength
  177
- EMPTYTAG-Length: #Emptysequence
  178
- LEVEL OFFS: Rmsoffset_Db,Peakoffset_Db
  179
- Marker Mode [#]: Generator
  180
- SAMPLES: Samples
  180
- BURST LIST [#]: Pos0:State0; Pos1:State1
  181
- CW MODE LIST [#]: Pos0:State0; Pos1:State1
  181
- HOP LIST [#]: Pos0:State0; Pos1:State1
  181
- LEVATT LIST [#]: Pos0:State0; Pos1:State1
  181
- MAP LIST [#]: Pos0:State0; Pos1:State1
  181
- MARKER LIST [#]: Pos0:State0; Pos1:State1
  181
- [TRACE] LIST [#]: Pos0:State0; Pos1:State1
  181
- WAVEFORM-Length: #I0Q0I1Q1
  182
- MWV_SEGMENT_COUNT: Numofseg
  183
- MWV_SEGMENT_DURATION: Segdur0, Segdur1
  183
- MWV_SEGMENT_LENGTH: Samplesseg0, Samplesseg1
  183
- MWV_SEGMENT_CLOCK: Clockseg0, Clockseg1
  184
- MWV_SEGMENT_CLOCK_MODE: Mode
  184
- Mwv_Segment_Start
  184
- Samplestartoffsetseg0, Samplestartoffsetseg1
  184
- MWV_SEGMENT_LEVEL_MODE: Mode
  185
- Mwv_Segment_Level_Offs
  185
- Rmsoffs_Dbsg0,Peakoffs_Dbsg0
  185
- MWV_SEGMENT_SETTINGS_FILE: Segsettingfilepath
  186
- Generating Multi-Segment Waveform Files
  190
- Reducing the Crest Factor
  190
- About the Multi-Segment Waveforms
  191
- Required Options
  191
- Multi-Segment Settings
  196
- How to Create and Work with Multi-Segment Waveform Files
  212
- Reference to Triggering of Multi-Segment Waveforms
  217
- Generating Multi-Carrier Signals
  220
- About the Multi-Carrier Waveforms
  221
- Required Options
  221
- Multi-Carrier Settings
  223
Section 6

224
- Set to Default
  224
- Mode
  225
- Number of Carriers
  225
- Save/Recall Frame
  225
- Carrier Spacing
  226
- Clipping
  226
- Crest Factor Mode
  226
- Frequency
  226
- Target Crest Factor
  226
- Power Reference
  227
- Signal Period
  227
- Signal Period Mode
  227
- Clock Rate
  229
- Create/Create and Load
  229
- File Size
  229
- Output File
  229
- Output Settings
  229
- How to Use the Multi-Carrier Function
  235
- Fm/Phim/Am Configuration and Settings
  238
- Generating Fm/Phim/Am/Pulse Modulation Signals
  238
- Pulse Modulation Configuration and Settings
  242
- About Baseband Offsets
  244
- Shifting and Boosting the Baseband Signal
  244
- Baseband Offsets Settings
  247
- How to Improve Signal Characteristics by Shifting the Baseband Signal
  248
- Configuring External Baseband Signals
  249
- Overview of the Input and Output Signals and Interfaces
  249
- Overview of the Baseband and RF Output Signals
  250
- Overview of the Baseband Signal Sources
  250
- Important Signal Parameters and Interface's Characteristics
  251
- Interdependencies
  251
- I/Q Stream Mapper Settings
  254
- System Configuration Settings
  254
- External RF and I/Q Settings
  255
Section 7

256
- Auto Connect
  257
- Connect/Disconnect All Remote
  257
- Display
  257
- Connector Name
  258
- Direction
  258
- External Instrument
  258
- Preset Behavior: Keep Connections to External Instruments
  258
- I/Q Connection
  259
- Instrument Name
  259
- Remote Connection Status
  259
- Overview
  266
- Digital Baseband Input Settings
  267
- General Settings
  269
- Signal Input Settings
  270
- I/Q Digital Output Settings
  272
- General Settings
  273
- Channels Settings
  275
- Signal Output Settings
  277
- Generating Time-Aligned Baseband Signals
  278
- Triggering Several Instruments with a Common Trigger Signal
  278
- About the AWGN Generator
  280
- Adding Noise to and Impairing the Signal
  280
- Adding Noise to the Signal
  280
- Required Options
  280
- AWGN Block
  284
- AWGN Settings
  285

Rohde & Schwarz SMCV100B User Manual (913 pages)

Vector Signal Generator

Brand: Rohde & Schwarz | Category: Portable Generator | Size: 21 MB

Table of Contents

3
- Safety Instructions
  15
- Safety and Regulatory Information
  15
- Labels on R&S SMCV100B
  17
- Warning Messages in the Documentation
  18
- Where to Find Key Documents on Rohde & Schwarz
  18
- Korea Certification Class B
  18
- Welcome
  20
- Key Features
  20
- Getting Started Manual
  21
- User Manuals and Help
  21
- Documentation Overview
  21
- What's New
  21
- Service Manual
  22
- Instrument Security Procedures
  22
- Printed Safety Instructions
  22
- Data Sheets and Brochures
  22
- Release Notes and Open Source Acknowledgment (OSA)
  22
- Application Notes, Application Cards, White Papers, Etc
  23
- Videos
  23
- Getting Started
  24
- Preparing for Use
  24
- Lifting and Carrying
  24
- Unpacking and Checking
  24
- Choosing the Operating Site
  24
- Setting up the R&S SMCV100B
  25
- Considerations for Test Setup
  26
- Connecting to Power
  27
- Connecting to LAN
  27
- Connecting a Monitor
  28
- Connecting USB Devices
  29
- Connecting to RF Coaxial Connectors
  29
- Connecting to RF 50 Ω
  31
- Connecting to Ref In/Ref out
  31
- Connecting to Dig. IQ HS X
  31
- Connecting to IP Data
  32
- Switching on or off
  34
- Front Panel Tour
  35
- Instrument Tour
  35
- Rear Panel Tour
  39
- Trying out the Instrument
  42
- Generating an Unmodulated Carrier
  43
- Generating a Digitally Modulated Signal
  44
- Triggering the Instrument with an External Signal
  47
- Enabling and Configuring a Marker Signal
  51
- Verifying the Generated Signal with the Graphics Display
  53
- Saving and Recalling Settings
  56
- Generating a DAB Signal
  58
- System Overview
  60
- Brief Introduction to the Instrument's Concept
  60
- Signal Flow at a Glance
  61
- Internal Baseband Source ("Baseband" Block)
  62
- Digital Baseband Input/Output ("BB Input"/ "I/Q Digital" Block)
  62
- Additional White Gaussian Noise ("AWGN" Block)
  63
- I/Q Stream Mapper" Block
  63
- I/Q Modulator ("I/Q Mod" Block)
  63
- RF ("RF" Block)
  63
- Applications Examples of the R&S SMCV100B
  63
Instrument Control

64
Custom Digital Modulation Settings

107
- General Settings
  107
- Settings
  107
- Data Source
  110
- Trigger, Marker and Clock Settings
  110
- Modulation Settings
  112
- Filter Settings
  114
- Power Ramp Control Settings
  116
- Data List Editor
  118
- Control and Marker Lists Editor
  120
- How to Create Data and Control Lists
  124
- References
  127
- Required Options
  137
- Using the Arbitrary Waveform Generator (ARB)
  137
- About ARB
  138
- ARB Settings
  143
Settings: State

144
- Load Waveform/File
  145
- Waveform Info
  145
- Clock Frequency
  146
- Create Multi Segment
  146
- HDD Streaming
  146
- Create Multi Carrier
  147
- Create Test Signal
  147
- Test Signal Form
  147
- How to Create, Generate and Play Waveform Files
  152
- How to Work with Waveform Libraries
  168
- How to Stream Waveforms from an External Storage Device
  171
- Tags for Waveforms, Data and Control Lists
  173
Example: {Date: 2009-04-02;14:32:12}

176
- CLOCK: Frequency
  177
- CONTROL LENGTH: Controllength
  177
- EMPTYTAG-Length: #Emptysequence
  178
- LEVEL OFFS: Rmsoffset_Db,Peakoffset_Db
  179
- Marker Mode [#]: Generator
  180
- SAMPLES: Samples
  180
- BURST LIST [#]: Pos0:State0; Pos1:State1
  181
- CW MODE LIST [#]: Pos0:State0; Pos1:State1
  181
- HOP LIST [#]: Pos0:State0; Pos1:State1
  181
- LEVATT LIST [#]: Pos0:State0; Pos1:State1
  181
- MAP LIST [#]: Pos0:State0; Pos1:State1
  181
- MARKER LIST [#]: Pos0:State0; Pos1:State1
  181
- [TRACE] LIST [#]: Pos0:State0; Pos1:State1
  181
- WAVEFORM-Length: #I0Q0I1Q1
  182
- MWV_SEGMENT_COUNT: Numofseg
  183
- MWV_SEGMENT_DURATION: Segdur0, Segdur1
  183
- MWV_SEGMENT_LENGTH: Samplesseg0, Samplesseg1
  183
- MWV_SEGMENT_CLOCK: Clockseg0, Clockseg1
  184
- MWV_SEGMENT_CLOCK_MODE: Mode
  184
- Mwv_Segment_Start
  184
- Samplestartoffsetseg0, Samplestartoffsetseg1
  184
- MWV_SEGMENT_LEVEL_MODE: Mode
  185
- Mwv_Segment_Level_Offs
  185
- Rmsoffs_Dbsg0,Peakoffs_Dbsg0
  185
- MWV_SEGMENT_SETTINGS_FILE: Segsettingfilepath
  186
- Generating Multi-Segment Waveform Files
  190
- Reducing the Crest Factor
  190
- About the Multi-Segment Waveforms
  191
- Required Options
  191
- Multi-Segment Settings
  196
- How to Create and Work with Multi-Segment Waveform Files
  212
- Reference to Triggering of Multi-Segment Waveforms
  217
- Generating Multi-Carrier Signals
  220
- About the Multi-Carrier Waveforms
  221
- Required Options
  221
- Multi-Carrier Settings
  223
Section 6

224
- Set to Default
  224
- Mode
  225
- Number of Carriers
  225
- Save/Recall Frame
  225
- Carrier Spacing
  226
- Clipping
  226
- Crest Factor Mode
  226
- Frequency
  226
- Target Crest Factor
  226
- Power Reference
  227
- Signal Period
  227
- Signal Period Mode
  227
- Clock Rate
  229
- Create/Create and Load
  229
- File Size
  229
- Output File
  229
- Output Settings
  229
- How to Use the Multi-Carrier Function
  235
- Fm/Phim/Am Configuration and Settings
  238
- Generating Fm/Phim/Am/Pulse Modulation Signals
  238
- Pulse Modulation Configuration and Settings
  242
- About Baseband Offsets
  244
- Shifting and Boosting the Baseband Signal
  244
- Baseband Offsets Settings
  247
- How to Improve Signal Characteristics by Shifting the Baseband Signal
  248
- Configuring External Baseband Signals
  249
- Overview of the Input and Output Signals and Interfaces
  249
- Overview of the Baseband and RF Output Signals
  250
- Overview of the Baseband Signal Sources
  250
- Important Signal Parameters and Interface's Characteristics
  251
- Interdependencies
  251
- I/Q Stream Mapper Settings
  254
- System Configuration Settings
  254
- External RF and I/Q Settings
  255
Section 7

256
- Auto Connect
  257
- Connect/Disconnect All Remote
  257
- Display
  257
- Connector Name
  258
- Direction
  258
- External Instrument
  258
- Preset Behavior: Keep Connections to External Instruments
  258
- I/Q Connection
  259
- Instrument Name
  259
- Remote Connection Status
  259
- Overview
  266
- Digital Baseband Input Settings
  267
- General Settings
  269
- Signal Input Settings
  270
- I/Q Digital Output Settings
  272
- General Settings
  273
- Channels Settings
  275
- Signal Output Settings
  277
- Generating Time-Aligned Baseband Signals
  278
- Triggering Several Instruments with a Common Trigger Signal
  278
- About the AWGN Generator
  280
- Adding Noise to and Impairing the Signal
  280
- Adding Noise to the Signal
  280
- Required Options
  280
- AWGN Block
  284
- AWGN Settings
  285

Rohde & Schwarz SMCV100B Getting Started (79 pages)

Vector Signal Generator

Brand: Rohde & Schwarz | Category: Inverter | Size: 5 MB

Table of Contents
3
1 Safety and Regulatory Information

7
- Safety Instructions
  7
- Korea Certification Class B
  10
2 Documentation Overview

11
3 Key Features

14
4 Preparing for Use

15
- Unpacking and Checking
  15
- Placing the R&S SMCV100B on a Bench Top
  16
- Setting up the R&S SMCV100B
  16
- Mounting the R&S SMCV100B in a Rack
  17
  - Important Aspects for Test Setup
    18
  - Connecting to Power
    19
  - Connecting to LAN
    19
    
    Connecting Monitor
    20
    
    Connecting USB Devices
    21
    
    Connecting to Ref In/Ref out
    22
    
    Connecting to RF 50 Ω
    22
    
    Connecting to Dig. IQ HS X
    23
    
    Connecting to IP Data Interface
    24
    
    Switching on or off
    25
  - Touchscreen
    29
  - Keys
    30
- 5 Instrument Tour
  
  28
  - Front Panel Tour
    28
  - Function Keys
    30
  - On/Standby
    30
  - Utility Keys
    30
  - Editing Keys
    31
  - Navigation Controls
    31
    
    Rotary Knob
    31
    
    Connectors
    32
    
    Rear Panel Tour
    32
    
    Connectors
    33
    
    Generating a DAB Signal
    55
    
    Brief Introduction to the Instrument's Concept
    58
    
    Signal Flow at a Glance
    58
    
    Digital Baseband Input/Output ("BB Input"/ "I/Q Digital" Block)
    60
    
    Internal Baseband Source ("Baseband" Block)
    60
    
    Additional White Gaussian Noise ("AWGN" Block)
    61
    
    I/Q Stream Mapper" Block
    61
    
    Applications Examples of the R&S SMCV100B
    62
    
    I/Q Modulator ("I/Q Mod" Block)
    62
    
    RF ("RF" Block)
    62
    
    Possible Ways to Operate the Instrument
    63
    
    Means of Manual Interaction
    64
    
    Understanding the Display Information
    64
- 6 Trying out the Instrument
  
  36
  - Generating an Unmodulated Carrier
    37
  - Generating a Digitally Modulated Signal
    39
  - Triggering the Instrument with an External Signal
    41
  - Enabling and Configuring a Marker Signal
    47
  - Verifying the Generated Signal with the Graphics Display
    48
  - Saving and Recalling Settings
    52
  - Status Bar
    65
  - Block Diagram
    66
  - Taskbar
    67
  - Additional Display Characteristics
    68
    
    Accessing the Functionality
    70
    
    Entering Data
    71
  - Entering Alphanumeric Parameters
    72
  - Entering Numeric Parameters
    72
  - Undo and Redo Actions
    72
    
    Getting Information and Help
    72
    
    Remote Control
    74
    
    Remote Operation over VNC
    75

Rohde & Schwarz SMCV100B Getting Started (81 pages)

Vector Signal Generator

Brand: Rohde & Schwarz | Category: Portable Generator | Size: 5 MB

Table of Contents
3
Safety and Regulatory Information
7
Safety Instructions
7
Labels on R&S SMCV100B
11
Warning Messages in the Documentation
11
Where to Find Key Documents on Rohde & Schwarz
12
Korea Certification Class B
12
Documentation Overview
13
Getting Started Manual
13
User Manuals and Help
13
Service Manual
14
Instrument Security Procedures
14
Printed Safety Instructions
14
Specifications and Product Brochures
14
Calibration Certificate
15
Release Notes and Open Source Acknowledgment
15
Application Notes, Application Cards, White Papers, Etc
15
Videos
15
Key Features
16
Preparing for Use
17
Lifting and Carrying
17
Unpacking and Checking
17
Choosing the Operating Site
17
Setting up the R&S SMCV100B
18
Considerations for Test Setup
20
Connecting to Power
21
Connecting to LAN
21
Connecting a Monitor
22
Connecting USB Devices
23
Connecting to RF Coaxial Connectors
24
Connecting to RF 50 Ω
25
Connecting to Ref In/Ref out
26
Connecting to Dig. IQ HS X
26
Connecting to IP Data
27
Switching on or off
29
Instrument Tour
31
Front Panel Tour
31
Rear Panel Tour
35
Trying out the Instrument
38
Generating an Unmodulated Carrier
39
Generating a Digitally Modulated Signal
41
Triggering the Instrument with an External Signal
43
Enabling and Configuring a Marker Signal
49
Verifying the Generated Signal
50
Saving and Recalling Settings
54
Generating a DAB Signal
57
System Overview
60
Brief Introduction to the Instrument's Concept
60
Signal Flow at a Glance
60
Internal Baseband Source ("Baseband" Block)
62

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Rohde & Schwarz SMCV100B Getting Started (79 pages)

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Rohde & Schwarz SMCV100B Getting Started (81 pages)

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