Rohde & Schwarz R&S FPH-K15 Analyzer Manuals

Manuals and User Guides for Rohde & Schwarz R&S FPH-K15 Analyzer. We have 1 Rohde & Schwarz R&S FPH-K15 Analyzer manual available for free PDF download: User Manual

Rohde & Schwarz R&S FPH-K15 User Manual

Rohde & Schwarz R&S FPH-K15 User Manual (484 pages)

Brand: Rohde & Schwarz | Category: Handhelds | Size: 8 MB

Table of Contents

Table of Contents
10
1 Preface

23
2 Welcome to the R&S Spectrum Rider

25
3 Getting Started

26
- Preparing for Use
  26
- Putting into Operation
  26
- Unpacking and Checking the Instrument
  27
- Accessory List
  28
- Setting up the R&S Spectrum Rider
  28
- Using the AC Adapter
  30
- Battery Operation
  31
- Battery Maintenance
  32
- RF Input
  37
- BNC Connector
  38
- DC Port
  39
  - Rider
    39
- Headphone Jack
  39
- USB Port
  39
- Mechanical Locking Device
  40
- Mini USB and LAN Port
  40
- SD Card Slot
  41
  - Touchscreen Display
    41
- Measurement Result View
  43
- Title Bar
  43
- Measurement Trace Window
  44
- Parameter View
  45
  - On-Screen Keyboard
    49
  - Front Panel Keys
    50
- POWER Key
  50
- Screenshot Key
  50
- Softkey
  50
- System Keys
  50
- Function Keys
  51
- Keypad
  52
- Navigation Controls
  53
  - Managing Options
    54
- Enabling Options
  54
- Checking Options
  55
- Managing Options with R&S License Manager
  55
  - Configuring the R&S Spectrum Rider
    57
- Configuring the Hardware
  57
- Configuring Antennas
  58
- Using the GPS Receiver
  62
- Configuring Date and Time
  64
- Selecting Regional Settings
  65
- Configuring the Display
  66
- Configuring the Audio Output
  68
- Configuring Power Supply
  70
- Resetting the R&S Spectrum Rider
  71
  - Connecting the R&S Spectrum Rider to a PC
    72
- LAN Connection
  72
- USB Connection
  77
  - Trying out the Instrument
    78
  - Using the Spectrum Analyzer
    78
- Attenuating the Signal
  78
- Measuring CW Signals
  80
- Using the Preamplifier
  80
- Measuring Harmonics
  83
  - Using a Power Sensor
    85
- Measuring the Power with a Power Sensor
  85
- Measuring Power and Return Loss
  88
  - Saving and Recalling Results and Settings
    90
  - Configuration Overview Screen Layout
    92
  - Change Center Frequency
    93
  - Touchscreen Gesture Element
    93
  - Change Reference Level
    94
  - Add Marker
    95
  - Change Span
    95
  - Move Marker
    96
  - Delete All Markers
    97
  - Hide or Unhide Measurement Result View Display
    97
  - Preview Screenshot
    98
  - Skip Wizard Measurement
    98
  - Presetting the R&S Spectrum Rider
    99
  - Configuring Measurements
    100
  - Taking Screenshots
    100
  - Working Directory
    100
  - Saving on Events
    103
  - Managing Datasets
    105
  - Saving Datasets
    107
4 Instrument Functions

91
- Screen Layout and Elements
  91
- Alternative Ways to Save Datasets
  108
- Renaming Filename
  109
  - Restoring Datasets
    110
- Previewing a Dataset
  110
- Loading a Dataset
  111
5 Working with the Measurement Wizard

113
- Performing and Configuring Measurements
  113
- Evaluating Results
  120
6 Spectrum Analyzer Mode

122
- Performing Spectrum Measurements
  122
- Selecting the Standard
  124
- Setting the Reference Level
  124
- Changing the Span
  125
- Measuring the Maximum Channel Power
  125
- Setting the Channel Bandwidth
  125
- Unit for Power Display
  126
  - Measuring the Occupied Bandwidth
    126
- Selecting a Standard
  127
- Setting the Reference Level
  128
- Changing the Span
  129
  - Power Measurements on TDMA Signals
    130
- Defining the Percentage of Occupied Bandwidth
  129
- Setting the Channel Bandwidth
  129
- Selecting a Standard
  131
- Setting the Burst Length
  131
- Setting the Reference Level
  132
- Using a Trigger
  132
  - Measuring the Adjacent Channel Leakage Ratio (ACLR)
    133
- Configuring the Measurement
  136
- Selecting a Standard
  136
- Displaying Absolute and Relative Results
  139
- Normalization of Measurement Results
  139
- Selecting the Reference Channel
  140
- Setting and Checking the Limits
  140
  - Measuring the Spectrum Emission Mask
    141
- Optimizing Measurement Settings
  143
- Selecting a Standard
  143
- Viewing the Results in a Table
  143
  - Measuring the Harmonic Distortion
    144
- Defining the Number of Harmonics
  145
- Activating the Harmonics List
  146
  - Measuring the am Modulation Depth
    146
- Optimizing the Display of Harmonics
  146
- Activating the Marker List
  148
  - Working with the Spectrogram Result Display
    148
- Optimizing the Settings
  148
- Setting a Threshold
  148
- Controlling the Spectrogram Update
  150
- Browsing through the Signal History
  151
- Configuring the Display
  152
- Recording a Spectrogram
  156
- Playback of a Spectrogram
  160
  - Using Isotropic Antennas
    162
  - Configuration Overview
    165
  - Configuring Spectrum Measurements
    165
  - Configuring the Horizontal Axis
    166
- Defining a Frequency Step Size
  167
- Defining the Center Frequency
  167
- Defining a Start and Stop Frequency
  168
- Setting a Frequency Offset
  168
- Setting the Span
  169
  - Configuring the Vertical Axis
    170
- Setting the Reference Level
  170
- Selecting the Display Unit
  171
- Setting a Display Range
  171
- Setting a Reference Offset
  172
- Setting the RF Attenuation
  172
- Setting the Input Impedance
  174
- Setting the Resolution Bandwidth
  174
- Using the Preamplifier (R&S FPH-B22)
  174
- Using Transducer Factors
  174
  - Setting Bandwidths
    174
- Setting the Video Bandwidth
  176
  - Configuring and Triggering the Sweep
    177
- Setting the Sweep Time
  177
- Selecting the Sweep Mode
  178
- Working with Trigger Functionality
  179
  - Working with Traces
    182
- Selecting the Trace Mode
  182
- Selecting the Detector
  183
- Working with a Second Trace
  185
- Working with Memory Traces
  186
- Using Markers and Deltamarkers
  187
- Using Trace Mathematics
  187
  - Using Markers
    187
- Positioning Markers
  188
- Positioning a Delta Marker
  189
- Selecting the Marker Type
  189
- Automatic Positioning of Markers
  190
- Removing Markers
  190
- Using Marker Search Limits
  191
- Using Marker Functions
  193
  - Using Limit Lines
    198
- Selecting a Limit Line
  199
- Performing Limit Checks
  200
  - Working with Channel Tables
    200
  - Using Transducer Factors
    202
  - Unit for Measurements with Transducers
    203
  - Data Sets Containing Transducer Factors
    204
  - Frequency Range of Transducer
    204
  - Setting the Reference Level
    204
  - Analog Modulation
    231
  - Defining Frequency
    232
  - Defining the Vertical Axis
    232
  - Defining Demodulation Bandwidth and Audio Lowpass Filter
    233
  - Defining FM Broadcast
    234
  - Limit Settings
    234
  - Transferring Maps
    237
  - Transferring Indoor Maps
    238
  - Displaying Maps
    239
7 Power Meter

205
- Using a Power Sensor
  205
- Connecting a Power Sensor
  207
- Performing and Configuring Measurements
  208
  - Using a Directional Power Sensor
    210
- Connecting a Directional Power Sensor
  211
- Performing and Configuring Measurements
  212
8 Using the Internal Power Meter

215
9 Performing Pulse Power Measurements

217
- Configuring the Numerical Result Display
  220
- Configuring the Power Vs Time Result Display
  220
- Determining Pulse Characteristics
  221
- Averaging Traces
  222
- Selecting the Video Bandwidth
  222
- Triggering Measurements
  223
- Scaling the Y-Axis
  224
- Selecting the Result Unit
  224
- Using Markers
  224
10 Analog Modulation

225
- Demodulation Bandwidth
  228
- Sample Rate, Measurement Time and Audio Lowpass Filter
  228
- Performing and Configuring Measurements
  231
- Adding and Removing Elements
  241
- Aligning the Triangulation and Outdoor Mapping Mode
  241
- Zooming in and out of the Map
  241
- Aligning the Indoor Mapping Mode
  242
- Selecting Colors for Map Locations
  243
  - Measuring Interference
    246
- Selecting an Antenna Model
  246
- Using Limits
  247
  - Collecting Map Data
    248
- Outdoor Mapping
  248
- Triangulation
  253
- Indoor Mapping
  255
  - Analyzing Geographic Data
    258
  - Analyzing Indoor Data
    259
  - Performing Single Frequency Measurements
    261
11 Interference Analyzer

235
- Interference Analysis
  235
- Signal Strength Mapping
  236
- Working with Maps
  236
12 Receiver Mode

261
- Selecting the Measurement Mode
  261
- Customizing the Bargraph Aspects
  263
  - Performing Frequency Scans
    265
- Defining the Receive Frequency
  263
- Defining the Scan Range
  267
- Using Markers
  268
  - Configuring Measurements in Receiver Mode
    268
  - Selecting Detectors for EMI Measurements
    269
  - Defining the Measurement Time
    270
  - Selecting the Measurement Bandwidths for EMI Measurements
    270
  - Save Measurements
    271
  - Using Limit Lines
    271
  - Using Transducers
    271
  - Working with Traces
    271
  - LAN Interface
    273
  - USB Interface
    273
  - Protocols
    274
  - Preparing for Remote Control
    275
  - Setting up the Remote Control Connection
    275
  - Instrument Model and Command Processing
    276
  - Command Recognition
    277
  - Input Unit
    277
  - Data Base and Instrument Hardware
    278
  - Output Unit
    278
  - Status Reporting System
    278
  - SCPI Command Structure and Syntax
    279
  - Structure of a Command
    279
13 Remote Commands

272
- Interfaces and Protocols
  272
- Common Commands
  279
- Device-Specific Commands
  280
  - Hierarchy
    280
  - Long and Short Form
    281
  - Multiple Keywords
    281
  - Optional Keywords
    281
  - Parameter
    282
  - Special Characters
    282
- Overview of Syntax Elements
  283
  - Numeric Suffix
    283
  - Parameters
    284
- Numeric Values
  284
- Boolean Parameters
  285
- Special Numeric Values
  285
- Text
  285
- Block Data
  286
  - Structure of a Program Message
    286
  - Responses to Queries
    287
  - Command Sequence and Command Synchronization
    288
  - Remote Control - Commands
    288
  - Common Commands
    289
  - Remote Commands of the Spectrum Analyzer
    293
- Strings
  286
- Configuring the Horizontal Axis
  293
- Configuring the Vertical Axis
  297
- Setting the Bandwidths
  303
- Performing and Triggering Measurements
  305
- Working with Traces
  309
- Using Markers
  314
- Using Limit Lines
  328
- Configuring and Using Measurement Functions
  334
  - Remote Commands of the Analog Modulation
    361
- Setting the Frequency
  361
- Defining the Bandwidth
  362
- Defining the Vertical Axis
  362
- Defining the FM Broadcast
  363
- Configuring the Limit Line
  364
- Defining the Sweep Mode
  364
- Setting the Measurement Mode
  365
- Reading out Measurement Results
  366
  - Remote Commands of the Power Meter
    369
- Setting the Frequency
  369
- Configuring Power Level Readout
  370
- Defining the Measurement Time
  372
- Forward Power Display
  372
- Zeroing of the Power Sensor
  372
- Defining the Video Bandwidth
  373
- Reading out Measurement Results
  373
- Selecting a Telecommunication Standard
  374
  - Remote Commands of the Receiver Mode
    375
- Configuring the Horizontal Axis
  375
- Configuring the Vertical Axis
  376
- Performing and Triggering the Measurement
  377
- Setting the Bandwidth
  377
- Working with Traces
  378
- Using Markers
  379
- Using Limit Lines
  380
  - File Management
    381
  - Making and Storing Screenshots
    386
  - Configuring Data Capture
    388
  - Saving Events
    390
  - Configuring the Instrument
    392
- Mode Selection
  392
- Controlling the GPS Receiver
  393
- Display Configuration
  395
- Audio Settings
  397
- Setting up a Network Connection
  398
- System Settings
  399
  - Status Reporting System
    407
- Structure of an SCPI Status Register
  407
- Overview of the Status Register
  409
- Status Byte (STB) & Service Request Enable Register (SRE)
  409
- Event Status Register (ESR) and Event Status Enable Register (ESE)
  410
- Application of the Status Reporting Systems
  413
- Remote Commands of the Status Reporting System
  415
14 Menu and Softkey Overview

423
- Reset Values of the Status Reporting System
  415
- General Functions
  423
- General R&S Spectrum Rider Setup
  423
- File Management
  427
- Operating Mode Selection
  428
  - Functions of the Spectrum Analyzer
    429
- Measurement Selection
  429
- AMPT Parameters
  438
- Frequency Parameters
  438
- SPAN Selection
  438
- SWEEP Parameters
  439
- BW Parameters
  440
- Trace Functionality
  440
- Limit Lines
  441
- Markers
  441
- Functions of the Power Meter
  442
  - Power Meter Measurements
    443
  - Frequency Parameters
    446
- Amplitude Parameters
  447
  - Sweep Configuration
    448
  - Limits Line Parameters
    449
- Marker Parameters
  450
- Frequency Parameters
  451
- Amplitude Parameters
  452
  - Functions of the Wizard
    453
  - Functions of the Receiver
    455
  - Receiver Mode Measurement
    455
  - Amplitude Parameters
    456
  - Frequency Parameters
    456
  - Functions of the Receiver
    456
  - BW Parameters
    457
  - Sweep Configuration
    457
  - Trace Functionality
    458
  - Limits Line Parameters
    459
  - Markers
    459
  - Functions of the Maps
    460
- Frequency Parameters
  465
- Amplitude Parameters
  466
- BW Parameters
  467
15 Appendix

469
- List of Commands
  
  474
- Index
  
  481

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