Rohde & Schwarz FSH4 Manuals

Manuals and User Guides for Rohde & Schwarz FSH4. We have 5 Rohde & Schwarz FSH4 manuals available for free PDF download: Operating Manual, Quick Start Manual, How To Perform

Rohde & Schwarz FSH4 Operating Manual (380 pages)

Spectrum Analyzer

Brand: Rohde & Schwarz | Category: Measuring Instruments | Size: 8 MB

Operating Manual
1
Basic Safety Instructions
3
Table of Contents
16
Documentation Overview
24
Conventions Used in the Documentation
25
1 Operating the R&S FSH

26
- Screen Layout and Elements
  26
- Means of Input
  27
- Using the Alphanumeric Keys
  28
- Confirming and Cancelling Entries
  29
- Using the Rotary Knob
  29
- Remote Operation
  30
  - Configuring Measurements
    31
  - Presetting the R&S FSH
    31
  - Configuring the Instrument
    32
  - Taking Screenshots
    35
  - Saving Events
    36
  - Connecting the R&S FSH to a PC
    38
- Using the Cursor Keys
  30
- Connecting the R&S FSH in a LAN
  39
- Connecting the R&S FSH in an Existing LAN
  42
- Connecting the R&S FSH Via USB
  43
  - Managing Datasets
    44
- Saving Datasets
  46
- Restoring Datasets
  51
- Deleting Datasets
  53
  - Installing Firmware Options
    54
  - Updating the Firmware
    54
2 Working with the Measurement Wizard

55
3 Spectrum Analyzer Mode

65
- Performing Spectrum Measurements
  65
- Working with the Spectrogram Result Display (R&S FSH-K14/ -K15)
  96
- Using Isotropic Antennas
  107
  - Configuring Spectrum Measurements
    109
  - Configuring the Horizontal Axis
    109
  - Configuring the Vertical Axis
    113
  - Setting Bandwidths
    117
  - Configuring and Triggering the Sweep
    120
  - Working with Traces
    126
  - Using Markers
    131
  - Using Display Lines
    140
  - Using Limit Lines
    141
  - Working with Channel Tables
    144
  - Using Transducer Factors
    145
  - Setting the Reference Level
    146
  - Unit for Measurements with Transducers
    146
  - Data Sets Containing Transducer Factors
    147
  - Frequency Range of Transducer
    147
4 Power Meter

148
5 Interference Analyzer (R&S FSH-K15/ -K16)

167
6 Network Analyzer Mode

192
- Configuring the Tracking Generator
  194
- Calibrating Measurements
  196
- Measuring the Transmission
  202
- Performing Scalar Measurements
  202
- Measuring the Reflection
  204
  - Performing Vector Measurements (R&S FSH-K42)
    206
- Measuring the Transmission
  207
- Measuring the Reflection
  210
  - Evaluating the Results
    212
- Selecting the Measurement Format
  212
- Configuring the Vertical Axis
  220
- Using Limit Lines
  223
- Using Markers
  223
- Using Trace Mathematics
  223
  - Vector Voltmeter (R&S FSH-K45)
    224
- Working with Channel Tables
  223
- Calibrating Measurements
  225
- Performing Measurements
  226
- Evaluating the Results
  228
7 Distance-To-Fault Mode (R&S FSH-K41)

229
- Performing Cable and Antenna Measurements
  231
- Reflection Measurements
  231
- Distance to Fault Measurements
  232
- Spectrum Measurements
  232
- Selecting the Measurement Format
  233
- Calibrating Measurements
  235
  - Configuring Cable and Antenna Tests
    236
- Selecting the Cable Model
  236
- Configuring the Horizontal Axis
  239
- Configuring the Amplitude Characteristics
  241
- Configuring the Tracking Generator
  243
  - Analyzing Measurement Results
    244
- Working with Traces
  244
- Using Display and Limit Lines
  245
8 Receiver Mode (R&S FSH-K43)

246
- Using Markers
  245
- Performing Single Frequency Measurements
  247
- Selecting the Measurement Mode
  247
- Performing Frequency Scans
  250
  - Configuring Measurements in Receiver Mode
    253
- Selecting Detectors for EMI Measurements
  253
- Selecting the Measurement Bandwidths for EMI Measurements
  255
- Defining the Measurement Time
  256
- Using Limit Lines
  257
9 Digital Modulation Analyzer

258
- Using Transducers
  257
- Working with Traces
  257
- General Settings in the Result Summary
  259
- General Settings of the Digital Modulation Analyzer
  259
- Trace Mode Selection
  262
  - General Result Displays of the Digital Modulation Analyzer
    264
  - Measurements on GSM Signals
    267
- The Result Summary
  268
- The Burst Power Result Display
  272
- Configuring the Measurement
  274
  - Measurements on 3GPP FDD Signals
    275
- The Result Summary
  276
- The Code Domain Analyzer
  280
- The Code Domain Channel Table
  282
- Configuring the Measurement
  284
  - Measurements on CDMA2000 Signals
    288
- The Result Summary
  289
- The Code Domain Analyzer
  292
- The Code Domain Channel Table
  294
- The PN Scanner
  296
- Configuring the Measurement
  297
  - Measurements on 1Xev-DO Signals
    300
  - The Result Summary
    301
  - The PN Scanner
    304
  - The Burst Power Result Display
    305
  - Configuring the Measurement
    306
  - Measurements on TD-SCDMA Signals
    307
  - The Result Summary
    308
  - The Code Domain Analyzer
    312
  - The Code Domain Channel Table
    314
  - The Sync ID Result Display
    316
  - The Time Domain Power Result Display
    317
  - Configuring the Measurement
    319
  - Measurements on LTE Signals
    323
  - The Result Summary
    324
  - The Result Summary for Carrier Aggregation
    330
  - The Constellation Diagram
    331
  - The BTS Scanner
    333
  - The Resource Allocations Result Display
    334
  - Configuring the Measurement
    336
10 Menu and Softkey Overview

342
- General Functions
  342
- General R&S FSH Setup
  342
- File Management
  343
- Operating Mode Selection
  343
  - Functions of the Spectrum Analyzer
    344
- Measurement Selection
  344
- Frequency Parameters
  346
- Amplitude Parameters
  347
- Bandwidth Selection
  347
- Span Selection
  347
- Sweep Configuration
  347
- Display and Limit Lines
  348
- Markers
  348
  - Functions of the Network Analyzer
    350
- Trace Functionality
  348
- Frequency Parameters
  350
- Measurement Configuration
  350
- Amplitude Parameters
  351
- Bandwidth Selection
  351
- Span Selection
  351
- Sweep Configuration
  351
- Limit Lines
  352
- Markers
  352
  - Functions of the Power Meter
    354
- Trace Functionality
  352
- Frequency Parameters
  354
- Power Meter Measurements
  354
- Amplitude Parameters
  355
- Bandwidth Configuration
  355
- Sweep Configuration
  355
- Trace Configuration
  356
  - Functions of the Distance-To-Fault Mode
    357
- Frequency Parameters
  357
- Measurement Configuration
  357
- Amplitude Parameters
  358
- Bandwidth Selection
  358
- Span Selection
  358
- Sweep Configuration
  358
- Markers
  359
  - Functions of the Receiver Mode
    360
- Trace Functionality
  359
- Frequency Parameters
  360
- Measurement Configuration
  360
- Span Selection
  360
- Amplitude Parameters
  361
- Bandwidth Selection
  361
- Sweep Configuration
  361
- Trace Functionality
  361
- Markers
  362
  - Functions of the Interference Analyzer (Map Mode)
    363
- Frequency Parameters
  363
- Measurement Configuration
  363
- Amplitude Parameters
  364
- Bandwidth Selection
  364
- Sweep Configuration
  364
- Trace Functionality
  364
  - Functions of the Digital Modulation Analyzer
    365
- Measurement Configuration
  365
- Frequency Parameters
  367
- Amplitude Parameters
  368
- Sweep Configuration
  368
- Trace Functionality
  369
11 How a Spectrum Analyzer Works

370
- Index
  376

Rohde & Schwarz FSH4 Operating Manual (250 pages)

Spectrum Analyzer

Brand: Rohde & Schwarz | Category: Measuring Instruments | Size: 8 MB

Table of Contents
20
Operating the R&S FSH

32
- Screen Layout and Elements
  32
- Means of Input
  33
- Using the Alphanumeric Keys
  33
- Confirming and Cancelling Entries
  34
- Using the Rotary Knob
  34
- Using the Cursor Keys
  35
  - Presetting the R&S FSH
    35
  - Taking Screenshots
    36
  - Measurement Setup
    36
  - Instrument Setup
    37
  - Updating the Firmware
    39
  - Installing Firmware Options
    39
  - Menu and Softkey Overview
    40
- General Functions
  40
- General R&S FSH Setup
  40
- File Management
  41
- Operating Mode Selection
  41
  - Functions of the Spectrum Analyzer
    42
- Measurement Selection
  42
- Frequency Parameters
  44
- Span Selection
  44
- Amplitude Parameters
  45
- Sweep Configuration
  45
- Bandwidth Selection
  45
- Trace Functionality
  46
- Display and Limit Lines
  46
- Markers
  46
  - Functions of the Network Analyzer
    47
- Measurement Configuration
  47
- Frequency Parameters
  48
- Span Selection
  48
- Amplitude Parameters
  48
- Sweep Configuration
  48
- Bandwidth Selection
  49
  - Trace Functionality
    49
- Limit Lines
  49
- Markers
  50
  - Functions of the Receiver Mode
    51
- Measurement Configuration
  51
- Frequency Parameters
  51
- Amplitude Parameters
  51
- Span Selection
  52
- Sweep Configuration
  52
- Bandwidth Selection
  52
- Trace Functionality
  52
- Markers
  52
  - Functions of the Power Meter
    53
- Power Meter Measurements
  53
- Frequency Parameters
  53
- Amplitude Parameters
  54
- Sweep Configuration
  54
  - Functions of the Distance-To-Fault Mode
    54
- Measurement Configuration
  54
- Frequency Parameters
  55
- Span Selection
  55
- Amplitude Parameters
  55
- Sweep Configuration
  55
- Bandwidth Selection
  56
- Trace Functionality
  56
- Markers
  56
  - Functions of the Digital Modulation Analyzer
    57
- Measurement Configuration
  57
- Frequency Parameters
  59
- Amplitude Parameters
  59
- Sweep Configuration
  59
- Trace Functionality
  60
- Selecting the Standard
  62
- Setting the Reference Level
  63
- Setting the Channel Bandwidth
  63
- Changing the Span
  63
- Measuring the Maximum Channel Power
  64
- Unit for Power Display
  64
  - Measuring the Occupied Bandwidth
    65
- Selecting a Standard
  66
- Setting the Reference Level
  66
- Setting the Channel Bandwidth
  67
- Defining the Percentage of Occupied Bandwidth
  67
- Changing the Span
  68
  - Power Measurements on TDMA Signals
    68
- Selecting a Standard
  69
- Setting the Burst Length
  70
- Setting the Reference Level
  70
- Using a Trigger
  70
  - Measuring the Adjacent Channel Leakage Ratio (ACLR)
    71
- Selecting a Standard
  74
- Configuring the Measurement
  75
- Normalization of Measurement Results
  77
- Displaying Absolute and Relative Results
  77
- Selecting the Reference Channel
  78
- Setting and Checking the Limits
  78
  - Measuring the Spectrum Emission Mask
    79
- Selecting a Standard
  80
- Optimizing Measurement Settings
  81
- Viewing the Results in a Table
  81
  - Measuring the Harmonic Distortion
    82
- Defining the Number of Harmonics
  83
- Optimizing the Display of Harmonics
  84
- Activating the Harmonics List
  84
  - Measuring the am Modulation Depth
    84
- Setting a Threshold
  85
- Optimizing the Settings
  85
- Activating the Marker List
  86
  - Working with the Spectrogram Result Display (R&S FSH-K14)
    86
- Controlling the Spectrogram Update
  87
- Browsing through the Signal History
  88
- Configuring the Display
  89
- Recording a Spectrogram
  91
- Playback of a Spectrogram
  92
  - Using Isotropic Antennas
    94
    
    Configuring Spectrum Measurements
    96
  - Configuring the Horizontal Axis
    96
- Defining the Center Frequency
  96
- Defining a Frequency Step Size
  97
- Setting a Frequency Offset
  97
- Defining a Start and Stop Frequency
  98
- Setting the Span
  98
  - Configuring the Vertical Axis
    99
- Setting the Reference Level
  99
- Setting a Display Range
  100
- Selecting the Display Unit
  100
- Setting a Reference Offset
  101
- Setting the RF Attenuation
  101
- Using the Preamplifier
  102
- Setting the Input Impedance
  103
- Using Transducer Factors
  103
  - Setting Bandwidths
    103
- Setting the Resolution Bandwidth
  103
- Setting the Video Bandwidth
  105
  - Configuring and Triggering the Sweep
    106
- Setting the Sweep Time
  106
- Selecting the Sweep Mode
  107
- Working with Trigger Functionality
  107
  - Working with Traces
    110
- Selecting the Trace Mode
  110
- Selecting the Detector
  112
- Working with a Second Trace
  114
- Working with Memory Traces
  114
- Using Trace Mathematics
  115
  - Using Markers
    115
- Positioning Markers
  116
- Positioning a Delta Marker
  117
- Selecting the Marker Type
  118
- Automatic Positioning of Markers
  118
- Removing Markers
  118
- Using Marker Search Limits
  119
- Using Marker Functions
  120
  - Using Display Lines
    124
  - Using Limit Lines
    124
- Selecting a Limit Line
  125
- Performing Limit Checks
  126
  - Working with Channel Tables
    127
  - Using Transducer Factors
    128
  - Unit for Measurements with Transducers
    129
  - Setting the Reference Level
    129
  - Frequency Range of Transducer
    130
  - Data Sets Containing Transducer Factors
    130
    
    Using a Power Sensor
    131
    
    Working with Power Sensors
    131
  - Connecting a Power Sensor
    132
  - Performing and Configuring Measurements
    133
    
    Using a Directional Power Sensor
    136
  - Connecting a Directional Power Sensor
    137
  - Performing and Configuring Measurements
    137
    
    Network Analyzer Mode
    141
    
    Calibrating Measurements
    142
- Calibration States
  143
- Calibration Methods
  144
- Performing Calibration
  146
  - Performing Scalar Measurements
    148
- Measuring the Transmission
  
  148
  - Measuring the Reflection
    150
    
    Performing Vector Measurements (R&S FSH-K42)
    151
  - Measuring the Transmission
    152
  - Measuring the Reflection
    153
    
    Evaluating the Results
    155
  - Selecting the Measurement Format
    155
  - Working with the Smith Chart
    157
  - Working with the Dual Trace Mode
    160
    
    Configuring the Vertical Axis
    161
    
    Using Limit Lines
    164
    
    Using Markers
    164
    
    Using Trace Mathematics
    164
    
    Working with Channel Tables
    164
    
    Vector Voltmeter (R&S FSH-K45)
    165
- Calibrating Measurements
  
  166
- Performing Measurements
  
  166
  - Performing Reflection Measurements
    167
    
    Evaluating the Results
    168
  - Performing Transmission Measurements
    167
  - Comparing Results
    168
  - Configuring the Vertical Axis
    168
    
    Distance-To-Fault Mode (R&S FSH-K41)
    169
    
    Performing Cable and Antenna Measurements
    171
    
    Reflection Measurements
    171
    
    Distance to Fault Measurements
    172
    
    Selecting the Measurement Format
    173
    
    Spectrum Measurements
    173
    
    Calibrating Measurements
    174
  - Selecting the Measurement Format
    168
  - Calibration Methods
    174
  - Calibration States
    174
  - Performing a Full 2-Port Calibration
    174
    
    Configuring Cable and Antenna Tests
    174
    
    Selecting the Cable Model
    174
  - Creating a Cable Model
    175
  - Selecting a Predefined Cable Model
    175
  - Working with a DTF List
    176
    
    Configuring the Horizontal Axis
    177
  - Setting the Frequency Range for DTF Measurements
    177
  - Selecting the Cable Length
    178
    
    Configuring the Vertical Axis
    179
  - Adjusting the Scale of the Diagram
    179
  - Setting the Attenuation
    180
    
    Using Display and Limit Lines
    181
    
    Using Markers
    181
    
    Performing Single Frequency Measurements
    182
    
    Receiver Mode
    182
    
    Selecting the Measurement Mode
    182
  - Defining the Receive Frequency
    183
  - Customizing the Bargraph Aspects
    184
    
    Performing Frequency Scans
    185
  - Defining the Scan Range
    186
  - Using Markers
    187
    
    Configuring Measurements in Receiver Mode
    187
    
    Selecting Detectors for EMI Measurements
    187
    
    Selecting the Measurement Bandwidths for EMI Measurements
    188
    
    Defining the Measurement Time
    189
    
    Using Transducers
    189
    
    Digital Modulation Analyzer
    190
    
    Measurements on 3GPP FDD Signals
    195
    
    The Result Summary
    195
  - General Settings
    196
  - Global Results
    197
  - Channel Results
    198
    
    The Code Domain Analyzer
    199
  - Diagram Header
    200
  - Header Table
    200
  - Diagram Area
    201
    
    The Code Domain Channel Table
    201
  - Channel Table
    202
    
    Configuring the Measurement
    203
  - Global Results
    202
  - Header Table
    202
  - Specifying the Scrambling Code
    203
  - Selecting the Slot and Code Channel
    204
  - Setting the Antenna Diversity
    204
  - Changing the Code Power
    205
  - Performing Fast Measurements
    205
    
    Measurements on CDMA2000 Signals
    206
    
    The Result Summary
    206
  - General Settings
    207
  - Global Results
    208
  - Channel Results
    209
    
    The Code Domain Analyzer
    209
  - Diagram Area
    210
    
    The Code Domain Channel Table
    211
  - Header Table and Diagram Header
    210
  - Channel Table
    211
    
    The PN Scanner
    212
    
    Configuring the Measurement
    213
  - Global Results
    211
  - Header Table
    211
  - Changing the Code Order
    213
  - Setting the Base Spreading Factor
    213
  - Changing the Reference Power
    214
  - Selecting the Unit of the Carrier Frequency Error
    214
  - Changing the PN Offset
    215
  - Synchronizing to a Base Station Using a GPS Receiver
    215
    
    Measurements on 1Xev-DO Signals
    215
    
    The Result Summary
    216
  - General Settings
    216
  - Global Results
    217
  - Channel Results
    218
    
    The PN Scanner
    218
    
    Configuring the Measurement
    219
    
    The Burst Power Result Display
    219
  - Changing the PN Offset
    219
  - Selecting the Unit of the Carrier Frequency Error
    219
  - Synchronizing to a Base Station Using a GPS Receiver
    220
    
    Measurements on LTE Signals
    220
    
    The Result Summary
    221
  - General Settings
    221
  - Global Results
    222
  - Allocation Summary
    223
  - Reference Signal Overview
    224
    
    The Constellation Diagram
    224
    
    The Resource Allocations Result Display
    226
    
    Configuring the Measurement
    227
  - Selecting the Channel Bandwidth
    227
  - Selecting the Cell Identity
    228
  - Selecting the Cyclic Prefix
    228
  - Selecting the MIMO Configuration
    229
  - Selecting the Subframe Configuration for TDD Signals
    229
  - Selecting the Synchronization Signal
    229
  - Configuring EVM Results
    230
    
    Saving and Loading Instrument Settings and Measurement Results
    232
    
    Saving Data Sets
    232
    
    Putting Together a File Name
    234
    
    Quick Naming of Data Sets
    234
    
    Designing a Table
    235
    
    Loading Measurement Results
    235
    
    Loading a Dataset
    236
    
    Previewing a Dataset
    236
    
    Quick Recall of Instrument Settings
    236
    
    Compiling a Measurement Report
    237
    
    Deleting Datasets
    238
    
    How a Spectrum Analyzer Works
    240
  - Selecting the Unit of the Carrier Frequency Error
    230

Rohde & Schwarz FSH4 Operating Manual (142 pages)

Handheld Spectrum Analyzer

Brand: Rohde & Schwarz | Category: Measuring Instruments | Size: 5 MB

Operating Manual
3
Table of Contents
5
1 Putting into Operation

30
2 Getting Started

31
3 Operation

32
- Screen Layout
  
  32
  - Screen Layout for Spectrum-Mode Measurements Without Markers
    32
  - Screen Layout When the Marker Mode Is Selected
    33
- Entering Measurement Parameters
  
  34
  - Entering Values and Texts
    34
  - Entering Units
    35
    
    Tables
    36
- Menu Overview
  
  36
  - General Settings
    37
  - Selection of the Measurement Mode
    37
  - Softkeys of the Spectrum Analyzer Mode
    38
    
    Bandwidth Settings
    38
    
    Frequency Entry
    38
    
    Frequency Span
    38
    
    Level Settings
    38
    
    Limit Lines
    39
    
    Measurement Functions
    39
    
    Sweep
    39
    
    Trace Settings
    39
    
    Channel Power
    40
    
    Occupied Bandwidth
    40
    
    TDMA Power
    40
    
    Marker
    41
    
    Marker Position
    41
  - Softkeys of the Network Analyzer Mode
    42
    
    Bandwidth Settings
    42
    
    Frequency Entry
    42
    
    Frequency Span
    42
    
    Level Settings
    42
    
    Sweep
    42
    
    Limit Lines
    43
    
    Measurement Functions
    43
    
    Trace Settings
    43
    
    Marker
    44
    
    Marker Position
    44
  - Softkeys of the Distance to Fault Mode
    45
    
    Bandwidth Settings
    45
    
    Frequency Entry
    45
    
    Frequency Span
    45
    
    Level Settings
    45
    
    Sweep
    45
    
    Marker
    46
    
    Marker Position
    46
    
    Measurement Functions
    46
    
    Trace Settings
    46
  - Softkeys of the Power Meter Mode
    47
    
    Frequency Entry
    47
    
    Level Settings
    47
    
    Measurement Functions
    47
    
    Sweep
    47
4 Instrument Functions

48
- Instrument Default Setup
  
  48
- Setting the Frequency
  
  48
- Setting the Span
  
  52
- Setting the Amplitude Parameters
  
  53
- Setting the Bandwidths
  
  59
  - Resolution Bandwidth
    59
  - Video Bandwidth
    60
- Setting the Sweep
  
  62
  - Sweep Time
    62
  - Sweep Mode
    63
  - Trigger
    63
- Trace Settings
  
  65
  - Trace Mode
    65
  - Detector
    66
  - Trace-Selection
    68
  - Trace Memory
    69
  - Trace Mathematics
    70
- Using the Markers
  
  70
- Using the Display Line
  
  79
- Using Limit Lines
  
  79
- Setting and Using the Measurement Functions
  
  82
- Measuring the Channel Power of Continuously Modulated Signals
  
  82
  - Selecting the Standard
    83
  - Setting the Reference Level
    84
  - Setting the Channel Bandwidth
    84
  - Changing the Span
    84
  - Unit for Power Display
    86
- Power Measurements on TDMA Signals
  
  86
  - Selecting a Standard
    87
  - Setting the Burst Length
    87
  - Optimizing the Reference Level
    88
  - Power Readout
    88
  - Setting the Trigger
    88
- Measuring the Occupied Bandwidth
  
  89
- Two-Port Measurements with the Tracking Generator
  
  92
  - Measuring the Transmission of Two-Ports
    95
    
    Vector Measurement
    97
    
    Vector Transmission Measurement
    99
    
    Measuring the Transmission Magnitude
    101
    
    Measuring the Transmission Phase (Models with Integrated VSWR Bridge Only)
    101
    
    Scalar Measurement of Reflection
    102
    
    Supplying DC Voltage to Active Duts (Models with Integrated VSWR Bridge Only)
    102
    
    Vector Measurement of Reflection
    105
    
    Measuring the Reflection Magnitude
    106
    
    Measuring the Reflection Phase
    107
    
    Simultaneous Measurement of Magnitude and Phase of the Reflection
    107
    
    Displaying the Reflection in the Smith Chart
    108
    
    Selecting the Calibration Standards
    111
- Cable Measurements
  
  113
  - Cable Selection
    114
  - Selecting the Frequency Range
    115
  - Calibrating the Test Setup
    116
- Measurements Using the Power Sensor
  
  119
- Measuring Forward and Reflected Power
  
  123
Measuring with Transducer Factors

130
Saving and Loading Instrument Settings and Measurement Results

134
- Saving Results
  135
- Entering a Data Set Name
  135
- Loading Measurement Results
  136
Measurements

137
- How a Spectrum Analyzer Operates
  137

Rohde & Schwarz FSH4 Quick Start Manual (77 pages)

Spectrum Analyzer

Brand: Rohde & Schwarz | Category: Measuring Instruments | Size: 2 MB

Table of Contents
3
Safety Instructions
6
Instrucciones de Seguridad
7
Sicherheitshinweise
8
Consignes de Sécurité
9
Documentation Overview
10
Contacting Customer Support
12
1 Putting into Operation

13
- Unpacking the R&S FSH
  14
- Overview of Controls
  15
- Setting up the R&S FSH
  16
- Using the AC Adapter
  17
- Battery Operation
  18
- Battery Maintenance
  20
- Handling
  20
- Storage
  20
- End of Life
  21
  - Connectors on the R&S FSH
    22
  - RF Input
    23
  - Tracking Generator Output
    24
  - Power Sensor Port
    24
  - Headphone Jack
    25
  - AUX Input
    25
  - BNC Connectors
    26
- Transportation
  21
- BIAS Port 1 / BIAS Port 2
  26
- Ext Trig / Ext Ref
  26
- IF Output
  27
  - Mini USB and LAN Ports
    28
  - Mechanical Locking Device
    28
    
    DC Port
    29
  - USB Port
    29
  - SD Card Slot
    29
    
    Checking Installed Options
    30
    
    Enabling Options
    30
    
    Managing Options
    30
    
    Managing Options with the R&S License Manager
    31
    
    Configuring the R&S FSH
    33
    
    Configuring the Hardware
    34
    
    Configuring Antennas
    36
    
    Using the GPS Receiver
    39
    
    Configuring Date and Time
    41
    
    Selecting Regional Attributes
    42
    
    Configuring the Display
    43
    
    Configuring Audio Output
    44
    
    Configuring Power Supply
    45
    
    Self Alignment
    46
  - Using a PIN Code
    46
  - Resetting the R&S FSH
    47
    
    Connecting the R&S FSH in a LAN
    48
    
    Connecting the R&S FSH to a PC
    48
    
    Connecting the R&S FSH in an Existing LAN
    51
    
    Connecting the R&S FSH Via USB
    52
    
    Attenuating the Signal
    54
    
    Using the Preamplifier
    55
    
    Measuring CW Signals
    56
    
    Measuring Harmonics
    59
    
    Using the Network Analyzer
    61
    
    Calibrating the R&S FSH
    62
    
    Measuring the Vector Reflection
    64
    
    Measuring Scalar Transmission
    65
    
    Using a Power Sensor
    66
  - Measuring the Power with a Power Sensor
    67
  - Measuring Power and Return Loss
    69
    
    Identifying Cable Faults
    71
    
    Saving and Recalling Results and Settings
    75
  - Saving Measurement Results
    75
  - Recalling Measurement Results
    76
    
    Index
    77
2 Getting Started

53
- Using the Spectrum Analyzer
  54

Rohde & Schwarz FSH4 How To Perform (2 pages)

How to perform a signal strength measurement showing the results on the outdoor map From the expert’s desk

Brand: Rohde & Schwarz | Category: Measuring Instruments | Size: 0 MB

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