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Rohde & Schwarz MXO54-350 User Manual
Rohde & Schwarz MXO54-350 Oscilloscope
User Manual
For MXO54-350.
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Cover
Contents
1 Safety and regulatory information
1.1 Safety instructions
1.2 Labels on the product
1.3 Warning messages in the documentation
1.4 Where to find key documents on Rohde & Schwarz
1.5 Korea certification class A
2 Preface
2.1 Key features
2.2 Options described in this document
3 Getting Started
3.1 Preparing for use
3.1.1 Lifting and carrying
3.1.2 Unpacking and checking
3.1.3 Choosing the operating site
3.1.4 Setting up the product
3.1.4.1 Placing the product on a bench top
3.1.4.2 Mounting the product on a monitor arm
3.1.4.3 Mounting the product in a rack
3.1.5 Considerations for test setup
3.1.6 Connecting to power
3.1.7 Connecting to LAN
3.1.8 Connecting external devices
3.1.8.1 Connecting USB devices
3.1.8.2 Connecting external monitors
3.1.9 Switching on or off
3.2 Instrument tour
3.2.1 Front view
3.2.2 Side view
3.2.3 Rear view
3.2.4 Keys and controls
3.2.4.1 Power key
3.2.4.2 Trigger controls
3.2.4.3 Horizontal controls
3.2.4.4 Vertical controls
3.2.4.5 Analysis keys
3.2.5 Checking the functionality
4 Operating the instrument
4.1 Means of manual interaction
4.2 Touchscreen display
4.2.1 Information on the display
4.2.2 Control elements on the GUI
4.3 Applications
4.4 Working with waveforms
4.5 Rohde & Schwarz SmartGrid
4.6 Toolbar
4.6.1 Using the toolbar
4.6.2 Configuring the toolbar
4.6.3 Toolbar functions
4.7 Using dialog boxes
4.8 Entering data
4.9 Displaying results
4.10 Adding annotations
4.11 Information and notifications
4.12 Getting user assistance
4.12.1 Displaying help
4.12.2 Using help
5 Instrument setup
5.1 System settings
5.1.1 About settings
5.1.2 Network settings
5.1.3 Remote settings
5.1.4 Localization settings
5.1.5 Date and time settings
5.2 Option settings
5.2.1 Software options settings
5.2.1.1 Install options
5.2.1.2 Deactivate options
5.3 Appearance settings
5.3.1 Colors
5.3.2 Grid
5.3.3 Dialogs
5.3.4 Peak list
5.3.5 Miscellaneous
5.4 Display settings
5.4.1 Persistence settings
5.4.2 Signal settings
5.4.3 Backlight settings
5.5 Front panel settings
5.5.1 Hardkeys: function assignment
5.5.2 Knobs
5.5.3 LED
5.6 Preset setup
5.6.1 Preset settings
5.6.2 Factory preset
5.6.3 Secure erase
5.6.4 Restoring settings
5.7 Maintenance settings
5.7.1 Firmware update
5.7.2 Alignment
5.7.2.1 Alignment settings
5.7.2.2 Performing a self-alignment
5.7.3 Power management
5.7.4 Service
5.8 Save / recall
5.8.1 Autonaming
5.8.1.1 Autonaming settings
5.8.1.2 Defining default file paths and names
5.8.2 CSV export
6 Acquisition and waveform setup
6.1 Horizontal setup
6.1.1 About the horizontal system
6.1.2 Horizontal Setup settings
6.1.3 Zoom settings
6.1.4 Roll mode
6.1.5 Reference clock
6.2 Acquisition
6.2.1 About the acquisition system
6.2.2 Acquisition Setup settings
6.2.3 Segmentation settings
6.2.4 High definition mode
6.2.4.1 High definition settings
6.2.5 History settings
6.2.6 Speed
6.3 Vertical setup
6.3.1 About the vertical system
6.3.2 Vertical Setup settings
6.3.3 Bandwidth settings
6.3.4 Probe settings
6.3.5 Other vertical settings
6.4 Probes
6.4.1 Common probe settings
6.4.2 Setup for passive probes
6.4.3 Setup for active voltage probes
6.4.3.1 Settings for the Rohde & Schwarz probe interface
6.4.3.2 Setup for R&S RT-ZD differential probes
6.4.3.3 Setup for R&S RT-ZPR power rail probes
6.4.3.4 Setup for R&S RT-ZHD high-voltage differential probes
6.4.4 Setup for current probes
6.4.5 Probe info
6.4.6 Adjusting passive probes
7 Trigger
7.1 Basics of triggering
7.1.1 Trigger information
7.2 Common trigger settings
7.3 Trigger types
7.3.1 Edge trigger
7.3.2 Edge trigger on external trigger source
7.3.3 Glitch trigger
7.3.4 Width trigger
7.3.5 Runt trigger
7.3.6 Window trigger
7.3.7 Timeout trigger
7.3.8 Interval trigger
7.3.9 Slew rate trigger
7.3.10 Line trigger
7.4 Trigger mode / holdoff
7.5 Hysteresis
7.6 Channel filter
7.7 Actions on trigger
8 Waveform analysis
8.1 Zoom
8.1.1 Zoom settings
8.1.2 Zooming for details
8.2 Mathematics
8.2.1 Displaying math waveforms
8.2.2 Math waveforms settings
8.2.3 Math filter
8.2.4 Math scale settings
8.3 History
8.3.1 About history
8.3.2 History setup
8.3.3 Quick access history dialog
8.3.4 Using history
8.4 Reference waveforms
8.4.1 Working with reference waveforms
8.4.2 Settings for reference waveforms
8.4.2.1 Reference waveform setup
8.4.2.2 Reference waveform properties
8.4.2.3 Reference waveform vertical
8.4.2.4 Reference waveform rescale
9 Measurements
9.1 Cursor measurements
9.1.1 Cursors and results of cursor measurements
9.1.1.1 Cursor measurements on time-based waveforms
9.1.2 Using cursors
9.1.2.1 Starting a simple cursor measurement
9.1.2.2 Configuring a cursor measurement
9.1.2.3 Configuring the cursor display
9.1.3 Settings for cursor measurements
9.1.3.1 Setup tab
9.1.3.2 Advanced settings
9.1.3.3 Peak search tab
9.2 Automatic measurements
9.2.1 Measurement results
9.2.2 Gate settings for measurements
9.2.3 Reference level
9.2.4 Measurement types
9.2.4.1 Horizontal measurements (time)
9.2.4.2 Vertical measurements (amplitude)
9.2.4.3 Area and cycle measurements
9.2.4.4 Counting
9.2.5 Settings for measurements
9.2.5.1 Setup tab
9.2.5.2 Measurement type specific settings
9.2.6 Statistics
9.2.7 Track
9.2.7.1 Track settings
9.2.7.2 Examples of track usage
10 Spectrum analysis
10.1 Fundamentals of spectrum analysis
10.2 Configuring spectrum waveforms
10.3 Spectrum setup
10.4 Spectrum scale
10.5 Spectrum gate
10.6 Spectrum peak list
11 Applications
11.1 Frequency response analysis (option R&S MXO5-K36)
11.1.1 About the frequency response analysis plot
11.1.2 Using a frequency response analysis
11.1.3 Settings for frequency response analysis
11.1.3.1 Setup
11.1.3.2 Amplitude profile
11.1.3.3 Advanced
11.1.3.4 Display
11.1.3.5 Scale
11.1.3.6 Calibration
11.1.4 FRA saving results
11.1.5 Dependencies of the measurement setup
11.2 Power analysis (option R&S MXO5-K31)
11.2.1 Power measurement selection
11.2.2 Power measurements
11.2.2.1 Power analysis settings
11.2.2.2 Power quality
Configuring power quality
Power quality settings
Power quality results
Reference level
Gate
11.2.2.3 Power harmonic
Configuring power harmonics
Power harmonic settings
Power harmonic results
Reference level
11.2.3 Reference level
11.2.4 Deskew
11.2.4.1 Deskew settings
11.2.5 Offset compensation
11.3 Digital voltmeter
11.3.1 Using the digital voltmeter
11.3.2 Settings of the digital voltmeter
12 Data and file management
12.1 Save and recall user settings
12.1.1 Using savesets
12.1.2 Gen saveset
12.2 Save and recall waveform data
12.2.1 Waveform settings
12.2.2 Saving waveforms
12.2.3 Waveform export files
12.2.3.1 CSV files
Content of waveform files
Header data
12.2.3.2 Reference waveforms
12.3 Saving results
12.4 Screenshots
12.4.1 Screenshot settings
12.4.2 Configuring and saving screenshots
12.5 File browser dialog
13 Protocol analysis
13.1 Basics of protocol analysis
13.1.1 Setup - general settings
13.1.2 Advanced
13.1.3 Display
13.1.4 Filter
13.1.5 Trigger
13.1.6 Shortcuts
13.1.7 Export protocol results
13.1.8 Bit pattern editor
13.2 SPI bus (option R&S MXO5-K510)
13.2.1 About the SPI protocol
13.2.2 SPI configuration
13.2.2.1 SPI configuration settings
13.2.2.2 Advanced
13.2.2.3 Display settings
13.2.2.4 Shortcuts
13.2.3 SPI filter
13.2.4 SPI trigger
13.2.5 SPI decode results
13.2.6 Performing SPI decoding
13.2.6.1 Configuring SPI signals
13.2.6.2 Triggering on SPI
13.2.6.3 Exporting decode results
13.3 I²C (option R&S MXO5-K510)
13.3.1 About the I²C protocol
13.3.2 I²C configuration
13.3.2.1 I²C configuration settings
13.3.2.2 Display settings
13.3.2.3 I2C symbols
13.3.2.4 Shortcuts
13.3.3 I2C filter
13.3.4 I²C trigger settings
13.3.5 I²C decode results
13.3.6 Performing I2C decoding
13.3.6.1 Configuring I2C signals
13.3.6.2 Triggering on I2C
13.3.6.3 Exporting decode results
13.4 UART (option R&S MXO5-K510)
13.4.1 About the UART / RS-232 interface
13.4.2 UART configuration
13.4.2.1 UART configuration settings
13.4.2.2 Display settings
13.4.2.3 Shortcuts
13.4.3 UART filter
13.4.4 UART trigger
13.4.4.1 UART trigger settings
13.4.5 UART decode results
13.4.6 Performing UART decoding
13.4.6.1 Configuring UART signals
13.4.6.2 Triggering on UART
13.4.6.3 Exporting decode results
13.5 CAN (option R&S MXO5-K520)
13.5.1 CAN configuration
13.5.1.1 CAN configuration settings
13.5.1.2 Display settings
13.5.1.3 CAN symbols
13.5.1.4 Shortcuts
13.5.2 CAN filter
13.5.3 CAN trigger settings
13.5.4 CAN decode results
13.5.5 Performing CAN decoding
13.5.5.1 Configuring CAN signals
13.5.5.2 Triggering on CAN
13.5.5.3 Exporting decode results
13.6 LIN (option R&S MXO5-K520)
13.6.1 LIN configuration
13.6.1.1 LIN configuration settings
13.6.1.2 Display settings
13.6.1.3 Shortcuts
13.6.2 LIN trigger settings
13.6.3 LIN filter
13.6.4 LIN decode results
13.6.5 Performing LIN decoding
13.6.5.1 Configuring LIN signals
13.6.5.2 Triggering on LIN
13.6.5.3 Exporting decode results
14 Mixed signal option (MSO, R&S MXO5-B1)
14.1 Logic configuration
14.1.1 Setup
14.1.2 Bus
14.1.3 Label settings
14.1.4 Skew settings
14.2 Display
14.2.1 Logic bus - decode table
15 Waveform generator (option R&S MXO5-B6)
15.1 Setup of the waveform generator
15.1.1 General settings
15.1.2 Modulation settings
15.1.3 Sweep settings
15.1.4 Arbitrary waveforms
15.1.4.1 Arbitrary waveform files
15.1.4.2 Arbitrary settings
15.2 Synchronize settings
15.3 Configuring the waveform generator
15.3.1 Configuring a function waveform
15.3.2 Configuring a modulation waveform
15.3.3 Configuring a sine sweep waveform
15.3.4 Configuring an arbitrary waveform
16 Network operation and remote control
16.1 Connecting the instrument to the network (LAN)
16.1.1 Connecting the instrument to the network
16.1.2 Assigning the IP address
16.1.3 Using host names
16.2 Web interface
16.2.1 Settings on the R&S MXO 5
16.2.2 Web browser
16.2.2.1 LAN configuration
IP configuration
Advanced configuration
Ping client
16.2.2.2 Web control
16.2.2.3 File manager
16.2.2.4 Mapping the instrument's file system as network drive
16.3 Remote operation with VNC client
16.4 Remote control
16.4.1 Remote control interfaces and protocols
16.4.1.1 LAN interface
16.4.2 Starting and stopping remote control
16.4.2.1 Starting a remote control session
16.4.2.2 Using the display during remote control
16.4.2.3 Returning to manual operation
16.5 Remote control - status reporting system
16.5.1 Hierarchy of status registers
16.5.2 Structure of a SCPI status register
16.5.3 Contents of the status registers
16.5.3.1 Status byte (STB) and service request enable register (SRE)
16.5.3.2 Event status register (ESR) and event status enable register (ESE)
16.5.3.3 STATus:OPERation register
16.5.3.4 STATus:QUEStionable register
16.5.3.5 Application of the status reporting system
Service request
Query of a register
16.5.4 Error queue
16.5.5 Reset values of the status reporting system
17 Remote control commands
17.1 Conventions used in remote command description
17.2 Finding the appropriate command
17.3 Frequently used parameters and suffixes
17.3.1 Waveform parameter
17.3.2 Slope parameter
17.3.3 Polarity parameter
17.4 Programming examples
17.4.1 SmartGrid layout with zoom
17.4.2 Saving screenshots to file
17.4.3 Data transfer in roll mode
17.5 Common commands
17.6 General remote settings
17.7 Instrument setup
17.7.1 System
17.7.2 SmartGrid
17.7.3 Toolbar
17.7.4 Appearance
17.7.4.1 Waveform colors
17.7.4.2 Grid appearance
17.7.4.3 Dialog appearance
17.7.4.4 Peak list appearance
17.7.5 Display
17.7.5.1 Persistence
17.7.5.2 Signal
17.7.5.3 Backlight
17.7.5.4 Clear results
17.7.5.5 Save/Recall
Autonaming
CSV export
17.7.6 Maintenance
17.8 Acquisition and setup
17.8.1 Starting and stopping acquisition
17.8.2 Horizontal setup
17.8.3 Roll mode
17.8.4 Vertical setup
17.8.5 Waveform data export
17.8.6 Acquisition setup
17.8.7 Fast segmentation
17.8.8 Probes
17.8.8.1 Common probe settings
17.8.8.2 Settings for active voltage probes
17.8.8.3 Settings for current probes
17.8.8.4 Probe attributes
17.8.9 High definition mode
17.8.10 Reference clock
17.9 Trigger
17.9.1 Common trigger settings
17.9.2 Edge trigger
17.9.3 Glitch trigger
17.9.4 Width trigger
17.9.5 Runt trigger
17.9.6 Window trigger
17.9.7 Timeout trigger
17.9.8 Interval trigger
17.9.9 Slew rate trigger
17.9.10 Trigger mode, holdoff
17.9.11 Hysteresis
17.9.12 Channel filter
17.9.13 Actions on trigger
17.10 Waveform analysis
17.10.1 Zoom
17.10.2 Mathematics
17.10.3 History
17.10.4 Reference waveforms
17.10.4.1 Setup
17.10.4.2 Scaling
17.10.4.3 Reference waveform data export
17.11 Data management
17.11.1 Instrument settings
17.11.2 Saveset
17.11.3 Gen saveset
17.11.4 Waveform export to file
17.11.5 Results
17.11.6 Screenshots
17.12 Automatic measurements
17.12.1 General settings
17.12.2 Measurement-specific settings
17.12.3 Results
17.12.4 Statistics
17.12.5 Gate
17.12.6 Reference levels
17.12.7 Tracks
17.13 Cursor measurements
17.13.1 Cursor setup
17.13.2 Cursor results
17.13.3 Peak search using cursors
17.13.4 Cursor appearance
17.14 Spectrum analysis
17.14.1 Spectrum setup
17.14.2 Spectrum gate
17.14.3 Peak list
17.14.4 Data export of spectrum waveforms
17.15 Applications
17.15.1 Frequency response analysis (option R&S MXO5-K36)
17.15.1.1 Frequency response analysis settings
17.15.1.2 Frequency response analysis amplitude profile
17.15.1.3 Frequency response analysis calibration settings
17.15.1.4 Frequency response analysis diagram settings
17.15.1.5 Frequency response analysis results
17.15.1.6 Frequency response analysis export
17.15.2 Power analysis (option R&S MXO5-K31)
17.15.2.1 General settings
17.15.2.2 Power quality
Power quality setup
Power quality results
17.15.2.3 Power harmonics
Power harmonics setup
Power harmonics results
17.15.2.4 Reference level
17.15.2.5 Power analysis data
17.15.3 Digital voltmeter
17.16 Protocols
17.16.1 Configuration settings for all serial protocols
17.16.1.1 General settings
17.16.1.2 Export results settings
17.16.2 SPI (option R&S MXO5-K510)
17.16.2.1 Configuration
17.16.2.2 Filter
17.16.2.3 Trigger
17.16.2.4 Decode results
17.16.3 I²C (option R&S MXO5-K510)
17.16.3.1 Configuration
17.16.3.2 Trigger
17.16.3.3 Filter
17.16.3.4 Decode results
17.16.4 UART / RS-232 (option R&S MXO5-K510)
17.16.4.1 Configuration
17.16.4.2 Trigger
17.16.4.3 Filter
17.16.4.4 Decode results
17.16.5 CAN (option R&S MXO5-K520)
17.16.5.1 Configuration
17.16.5.2 Trigger
17.16.5.3 Filter
17.16.5.4 Decode results
17.16.6 LIN (option R&S MXO5-K520)
17.16.6.1 Configuration
17.16.6.2 Trigger
17.16.6.3 Filter
17.16.6.4 Decode results
17.17 Mixed signal option (option R&S MXO5-B1)
17.17.1 Digital channels
17.17.2 Logic configuration
17.17.3 MSO data
17.18 Waveform generator (option R&S MXO5-B6)
17.18.1 Waveform generator setup
17.18.1.1 General settings
17.18.1.2 Modulation settings
17.18.1.3 ARB settings
17.18.1.4 Sweep settings
17.18.2 Synchronize settings
17.19 Status reporting
17.19.1 General commands
17.19.2 STATus:OPERation register
17.19.3 STATus:QUEStionable registers
17.19.4 Reading out the CONDition part
17.19.5 Reading out the EVENt part
17.19.6 Controlling the ENABle part
17.19.7 Controlling the negative transition part
17.19.8 Controlling the positive transition part
17.19.9 Programming tips and examples
18 Maintenance and support
18.1 Cleaning
18.2 Changing fuses
18.3 Contacting customer support
18.4 Information for technical support
18.5 Data security
18.6 Transporting
18.7 Storage
18.8 Disposal
List of commands
Index
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Contents
Table of Contents
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R&S
®
MXO 5 Series
Oscilloscope
User Manual
1802336902
V
ersion 02
(B2QÓ2)
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File type: PDF
File name: 69316457_mxo54-1000.pdf
File size: 23.76 MB
File Language: English
Pages: 824
Author: Rohde & Schwarz
File created: 2023-10-04
Published: 2024-01-16
Updated: 2024-01-16
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User Manual - (English)
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Specifications
Brand:
Rohde & Schwarz
Model: MXO54-350
Category:
Tools - Home Improvement
View in the file:
Full Specifications
See other models:
MXO54-500
MXO54-1000
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Table of Contents
×
Cover
1
Contents
3
1 Safety and regulatory information
15
1.1 Safety instructions
15
1.2 Labels on the product
20
1.3 Warning messages in the documentation
20
1.4 Where to find key documents on Rohde & Schwarz
21
1.5 Korea certification class A
21
2 Preface
22
2.1 Key features
22
2.2 Options described in this document
22
3 Getting Started
24
3.1 Preparing for use
24
3.1.1 Lifting and carrying
24
3.1.2 Unpacking and checking
24
3.1.3 Choosing the operating site
24
3.1.4 Setting up the product
25
3.1.4.1 Placing the product on a bench top
25
3.1.4.2 Mounting the product on a monitor arm
26
3.1.4.3 Mounting the product in a rack
26
3.1.5 Considerations for test setup
27
3.1.6 Connecting to power
27
3.1.7 Connecting to LAN
28
3.1.8 Connecting external devices
28
3.1.8.1 Connecting USB devices
28
3.1.8.2 Connecting external monitors
28
3.1.9 Switching on or off
29
3.2 Instrument tour
30
3.2.1 Front view
30
3.2.2 Side view
32
3.2.3 Rear view
34
3.2.4 Keys and controls
35
3.2.4.1 Power key
35
3.2.4.2 Trigger controls
35
3.2.4.3 Horizontal controls
37
3.2.4.4 Vertical controls
37
3.2.4.5 Analysis keys
40
3.2.5 Checking the functionality
42
4 Operating the instrument
45
4.1 Means of manual interaction
45
4.2 Touchscreen display
46
4.2.1 Information on the display
46
4.2.2 Control elements on the GUI
49
4.3 Applications
51
4.4 Working with waveforms
52
4.5 Rohde & Schwarz SmartGrid
54
4.6 Toolbar
56
4.6.1 Using the toolbar
56
4.6.2 Configuring the toolbar
56
4.6.3 Toolbar functions
57
4.7 Using dialog boxes
59
4.8 Entering data
60
4.9 Displaying results
62
4.10 Adding annotations
63
4.11 Information and notifications
65
4.12 Getting user assistance
67
4.12.1 Displaying help
67
4.12.2 Using help
67
5 Instrument setup
69
5.1 System settings
70
5.1.1 About settings
70
5.1.2 Network settings
70
5.1.3 Remote settings
73
5.1.4 Localization settings
74
5.1.5 Date and time settings
75
5.2 Option settings
76
5.2.1 Software options settings
76
5.2.1.1 Install options
77
5.2.1.2 Deactivate options
77
5.3 Appearance settings
78
5.3.1 Colors
78
5.3.2 Grid
80
5.3.3 Dialogs
82
5.3.4 Peak list
83
5.3.5 Miscellaneous
84
5.4 Display settings
84
5.4.1 Persistence settings
84
5.4.2 Signal settings
85
5.4.3 Backlight settings
86
5.5 Front panel settings
87
5.5.1 Hardkeys: function assignment
87
5.5.2 Knobs
87
5.5.3 LED
88
5.6 Preset setup
88
5.6.1 Preset settings
89
5.6.2 Factory preset
90
5.6.3 Secure erase
90
5.6.4 Restoring settings
91
5.7 Maintenance settings
91
5.7.1 Firmware update
91
5.7.2 Alignment
92
5.7.2.1 Alignment settings
92
5.7.2.2 Performing a self-alignment
93
5.7.3 Power management
94
5.7.4 Service
94
5.8 Save / recall
95
5.8.1 Autonaming
95
5.8.1.1 Autonaming settings
96
5.8.1.2 Defining default file paths and names
97
5.8.2 CSV export
98
6 Acquisition and waveform setup
100
6.1 Horizontal setup
100
6.1.1 About the horizontal system
100
6.1.2 Horizontal Setup settings
101
6.1.3 Zoom settings
102
6.1.4 Roll mode
102
6.1.5 Reference clock
104
6.2 Acquisition
104
6.2.1 About the acquisition system
105
6.2.2 Acquisition Setup settings
106
6.2.3 Segmentation settings
110
6.2.4 High definition mode
111
6.2.4.1 High definition settings
111
6.2.5 History settings
112
6.2.6 Speed
112
6.3 Vertical setup
113
6.3.1 About the vertical system
114
6.3.2 Vertical Setup settings
114
6.3.3 Bandwidth settings
117
6.3.4 Probe settings
118
6.3.5 Other vertical settings
118
6.4 Probes
119
6.4.1 Common probe settings
119
6.4.2 Setup for passive probes
122
6.4.3 Setup for active voltage probes
123
6.4.3.1 Settings for the Rohde & Schwarz probe interface
124
6.4.3.2 Setup for R&S RT-ZD differential probes
125
6.4.3.3 Setup for R&S RT-ZPR power rail probes
126
6.4.3.4 Setup for R&S RT-ZHD high-voltage differential probes
128
6.4.4 Setup for current probes
129
6.4.5 Probe info
131
6.4.6 Adjusting passive probes
132
7 Trigger
134
7.1 Basics of triggering
134
7.1.1 Trigger information
135
7.2 Common trigger settings
135
7.3 Trigger types
137
7.3.1 Edge trigger
138
7.3.2 Edge trigger on external trigger source
138
7.3.3 Glitch trigger
140
7.3.4 Width trigger
142
7.3.5 Runt trigger
143
7.3.6 Window trigger
145
7.3.7 Timeout trigger
147
7.3.8 Interval trigger
148
7.3.9 Slew rate trigger
150
7.3.10 Line trigger
152
7.4 Trigger mode / holdoff
152
7.5 Hysteresis
155
7.6 Channel filter
156
7.7 Actions on trigger
157
8 Waveform analysis
160
8.1 Zoom
160
8.1.1 Zoom settings
160
8.1.2 Zooming for details
163
8.2 Mathematics
164
8.2.1 Displaying math waveforms
165
8.2.2 Math waveforms settings
165
8.2.3 Math filter
168
8.2.4 Math scale settings
169
8.3 History
170
8.3.1 About history
170
8.3.2 History setup
171
8.3.3 Quick access history dialog
173
8.3.4 Using history
174
8.4 Reference waveforms
176
8.4.1 Working with reference waveforms
176
8.4.2 Settings for reference waveforms
177
8.4.2.1 Reference waveform setup
177
8.4.2.2 Reference waveform properties
179
8.4.2.3 Reference waveform vertical
180
8.4.2.4 Reference waveform rescale
181
9 Measurements
184
9.1 Cursor measurements
184
9.1.1 Cursors and results of cursor measurements
184
9.1.1.1 Cursor measurements on time-based waveforms
184
9.1.2 Using cursors
185
9.1.2.1 Starting a simple cursor measurement
185
9.1.2.2 Configuring a cursor measurement
185
9.1.2.3 Configuring the cursor display
186
9.1.3 Settings for cursor measurements
187
9.1.3.1 Setup tab
187
9.1.3.2 Advanced settings
190
9.1.3.3 Peak search tab
191
9.2 Automatic measurements
193
9.2.1 Measurement results
196
9.2.2 Gate settings for measurements
197
9.2.3 Reference level
199
9.2.4 Measurement types
202
9.2.4.1 Horizontal measurements (time)
202
9.2.4.2 Vertical measurements (amplitude)
202
9.2.4.3 Area and cycle measurements
203
9.2.4.4 Counting
204
9.2.5 Settings for measurements
204
9.2.5.1 Setup tab
205
9.2.5.2 Measurement type specific settings
207
9.2.6 Statistics
211
9.2.7 Track
213
9.2.7.1 Track settings
213
9.2.7.2 Examples of track usage
215
10 Spectrum analysis
218
10.1 Fundamentals of spectrum analysis
218
10.2 Configuring spectrum waveforms
220
10.3 Spectrum setup
222
10.4 Spectrum scale
225
10.5 Spectrum gate
226
10.6 Spectrum peak list
227
11 Applications
231
11.1 Frequency response analysis (option R&S MXO5-K36)
231
11.1.1 About the frequency response analysis plot
232
11.1.2 Using a frequency response analysis
233
11.1.3 Settings for frequency response analysis
234
11.1.3.1 Setup
234
11.1.3.2 Amplitude profile
237
11.1.3.3 Advanced
238
11.1.3.4 Display
240
11.1.3.5 Scale
241
11.1.3.6 Calibration
241
11.1.4 FRA saving results
244
11.1.5 Dependencies of the measurement setup
245
11.2 Power analysis (option R&S MXO5-K31)
246
11.2.1 Power measurement selection
246
11.2.2 Power measurements
248
11.2.2.1 Power analysis settings
248
11.2.2.2 Power quality
249
Configuring power quality
249
Power quality settings
251
Power quality results
253
Reference level
254
Gate
254
11.2.2.3 Power harmonic
254
Configuring power harmonics
254
Power harmonic settings
256
Power harmonic results
258
Reference level
259
11.2.3 Reference level
259
11.2.4 Deskew
261
11.2.4.1 Deskew settings
262
11.2.5 Offset compensation
262
11.3 Digital voltmeter
263
11.3.1 Using the digital voltmeter
263
11.3.2 Settings of the digital voltmeter
264
12 Data and file management
266
12.1 Save and recall user settings
267
12.1.1 Using savesets
267
12.1.2 Gen saveset
269
12.2 Save and recall waveform data
271
12.2.1 Waveform settings
271
12.2.2 Saving waveforms
273
12.2.3 Waveform export files
274
12.2.3.1 CSV files
274
Content of waveform files
274
Header data
275
12.2.3.2 Reference waveforms
277
12.3 Saving results
279
12.4 Screenshots
280
12.4.1 Screenshot settings
281
12.4.2 Configuring and saving screenshots
283
12.5 File browser dialog
283
13 Protocol analysis
285
13.1 Basics of protocol analysis
285
13.1.1 Setup - general settings
286
13.1.2 Advanced
288
13.1.3 Display
288
13.1.4 Filter
289
13.1.5 Trigger
289
13.1.6 Shortcuts
290
13.1.7 Export protocol results
291
13.1.8 Bit pattern editor
292
13.2 SPI bus (option R&S MXO5-K510)
293
13.2.1 About the SPI protocol
293
13.2.2 SPI configuration
294
13.2.2.1 SPI configuration settings
294
13.2.2.2 Advanced
297
13.2.2.3 Display settings
298
13.2.2.4 Shortcuts
298
13.2.3 SPI filter
298
13.2.4 SPI trigger
301
13.2.5 SPI decode results
303
13.2.6 Performing SPI decoding
305
13.2.6.1 Configuring SPI signals
305
13.2.6.2 Triggering on SPI
307
13.2.6.3 Exporting decode results
307
13.3 I²C (option R&S MXO5-K510)
309
13.3.1 About the I²C protocol
309
13.3.2 I²C configuration
311
13.3.2.1 I²C configuration settings
311
13.3.2.2 Display settings
313
13.3.2.3 I2C symbols
313
13.3.2.4 Shortcuts
314
13.3.3 I2C filter
314
13.3.4 I²C trigger settings
316
13.3.5 I²C decode results
320
13.3.6 Performing I2C decoding
322
13.3.6.1 Configuring I2C signals
322
13.3.6.2 Triggering on I2C
324
13.3.6.3 Exporting decode results
324
13.4 UART (option R&S MXO5-K510)
326
13.4.1 About the UART / RS-232 interface
326
13.4.2 UART configuration
327
13.4.2.1 UART configuration settings
327
13.4.2.2 Display settings
330
13.4.2.3 Shortcuts
331
13.4.3 UART filter
331
13.4.4 UART trigger
333
13.4.4.1 UART trigger settings
333
13.4.5 UART decode results
335
13.4.6 Performing UART decoding
336
13.4.6.1 Configuring UART signals
337
13.4.6.2 Triggering on UART
338
13.4.6.3 Exporting decode results
339
13.5 CAN (option R&S MXO5-K520)
340
13.5.1 CAN configuration
340
13.5.1.1 CAN configuration settings
340
13.5.1.2 Display settings
343
13.5.1.3 CAN symbols
345
13.5.1.4 Shortcuts
346
13.5.2 CAN filter
346
13.5.3 CAN trigger settings
349
13.5.4 CAN decode results
358
13.5.5 Performing CAN decoding
360
13.5.5.1 Configuring CAN signals
360
13.5.5.2 Triggering on CAN
361
13.5.5.3 Exporting decode results
364
13.6 LIN (option R&S MXO5-K520)
365
13.6.1 LIN configuration
366
13.6.1.1 LIN configuration settings
366
13.6.1.2 Display settings
368
13.6.1.3 Shortcuts
368
13.6.2 LIN trigger settings
368
13.6.3 LIN filter
370
13.6.4 LIN decode results
373
13.6.5 Performing LIN decoding
375
13.6.5.1 Configuring LIN signals
375
13.6.5.2 Triggering on LIN
376
13.6.5.3 Exporting decode results
376
14 Mixed signal option (MSO, R&S MXO5-B1)
378
14.1 Logic configuration
378
14.1.1 Setup
378
14.1.2 Bus
381
14.1.3 Label settings
382
14.1.4 Skew settings
383
14.2 Display
384
14.2.1 Logic bus - decode table
385
15 Waveform generator (option R&S MXO5-B6)
386
15.1 Setup of the waveform generator
386
15.1.1 General settings
386
15.1.2 Modulation settings
394
15.1.3 Sweep settings
397
15.1.4 Arbitrary waveforms
398
15.1.4.1 Arbitrary waveform files
398
15.1.4.2 Arbitrary settings
399
15.2 Synchronize settings
402
15.3 Configuring the waveform generator
403
15.3.1 Configuring a function waveform
403
15.3.2 Configuring a modulation waveform
403
15.3.3 Configuring a sine sweep waveform
405
15.3.4 Configuring an arbitrary waveform
405
16 Network operation and remote control
407
16.1 Connecting the instrument to the network (LAN)
407
16.1.1 Connecting the instrument to the network
408
16.1.2 Assigning the IP address
408
16.1.3 Using host names
409
16.2 Web interface
410
16.2.1 Settings on the R&S MXO 5
410
16.2.2 Web browser
410
16.2.2.1 LAN configuration
410
IP configuration
411
Advanced configuration
411
Ping client
412
16.2.2.2 Web control
413
16.2.2.3 File manager
413
16.2.2.4 Mapping the instrument's file system as network drive
414
16.3 Remote operation with VNC client
415
16.4 Remote control
415
16.4.1 Remote control interfaces and protocols
415
16.4.1.1 LAN interface
416
16.4.2 Starting and stopping remote control
417
16.4.2.1 Starting a remote control session
417
16.4.2.2 Using the display during remote control
417
16.4.2.3 Returning to manual operation
418
16.5 Remote control - status reporting system
418
16.5.1 Hierarchy of status registers
418
16.5.2 Structure of a SCPI status register
420
16.5.3 Contents of the status registers
421
16.5.3.1 Status byte (STB) and service request enable register (SRE)
421
16.5.3.2 Event status register (ESR) and event status enable register (ESE)
422
16.5.3.3 STATus:OPERation register
423
16.5.3.4 STATus:QUEStionable register
424
16.5.3.5 Application of the status reporting system
425
Service request
425
Query of a register
425
16.5.4 Error queue
426
16.5.5 Reset values of the status reporting system
426
17 Remote control commands
428
17.1 Conventions used in remote command description
428
17.2 Finding the appropriate command
429
17.3 Frequently used parameters and suffixes
429
17.3.1 Waveform parameter
429
17.3.2 Slope parameter
430
17.3.3 Polarity parameter
430
17.4 Programming examples
430
17.4.1 SmartGrid layout with zoom
430
17.4.2 Saving screenshots to file
434
17.4.3 Data transfer in roll mode
435
17.5 Common commands
435
17.6 General remote settings
439
17.7 Instrument setup
441
17.7.1 System
441
17.7.2 SmartGrid
443
17.7.3 Toolbar
448
17.7.4 Appearance
449
17.7.4.1 Waveform colors
449
17.7.4.2 Grid appearance
451
17.7.4.3 Dialog appearance
452
17.7.4.4 Peak list appearance
453
17.7.5 Display
453
17.7.5.1 Persistence
453
17.7.5.2 Signal
455
17.7.5.3 Backlight
455
17.7.5.4 Clear results
456
17.7.5.5 Save/Recall
456
Autonaming
456
CSV export
458
17.7.6 Maintenance
459
17.8 Acquisition and setup
460
17.8.1 Starting and stopping acquisition
460
17.8.2 Horizontal setup
461
17.8.3 Roll mode
463
17.8.4 Vertical setup
464
17.8.5 Waveform data export
469
17.8.6 Acquisition setup
471
17.8.7 Fast segmentation
476
17.8.8 Probes
476
17.8.8.1 Common probe settings
476
17.8.8.2 Settings for active voltage probes
481
17.8.8.3 Settings for current probes
487
17.8.8.4 Probe attributes
489
17.8.9 High definition mode
490
17.8.10 Reference clock
491
17.9 Trigger
492
17.9.1 Common trigger settings
493
17.9.2 Edge trigger
494
17.9.3 Glitch trigger
497
17.9.4 Width trigger
498
17.9.5 Runt trigger
499
17.9.6 Window trigger
502
17.9.7 Timeout trigger
505
17.9.8 Interval trigger
506
17.9.9 Slew rate trigger
507
17.9.10 Trigger mode, holdoff
510
17.9.11 Hysteresis
513
17.9.12 Channel filter
515
17.9.13 Actions on trigger
516
17.10 Waveform analysis
518
17.10.1 Zoom
518
17.10.2 Mathematics
526
17.10.3 History
531
17.10.4 Reference waveforms
534
17.10.4.1 Setup
534
17.10.4.2 Scaling
537
17.10.4.3 Reference waveform data export
541
17.11 Data management
543
17.11.1 Instrument settings
543
17.11.2 Saveset
550
17.11.3 Gen saveset
550
17.11.4 Waveform export to file
550
17.11.5 Results
553
17.11.6 Screenshots
554
17.12 Automatic measurements
557
17.12.1 General settings
557
17.12.2 Measurement-specific settings
560
17.12.3 Results
563
17.12.4 Statistics
566
17.12.5 Gate
568
17.12.6 Reference levels
571
17.12.7 Tracks
575
17.13 Cursor measurements
577
17.13.1 Cursor setup
578
17.13.2 Cursor results
584
17.13.3 Peak search using cursors
585
17.13.4 Cursor appearance
587
17.14 Spectrum analysis
588
17.14.1 Spectrum setup
588
17.14.2 Spectrum gate
596
17.14.3 Peak list
597
17.14.4 Data export of spectrum waveforms
601
17.15 Applications
603
17.15.1 Frequency response analysis (option R&S MXO5-K36)
603
17.15.1.1 Frequency response analysis settings
603
17.15.1.2 Frequency response analysis amplitude profile
609
17.15.1.3 Frequency response analysis calibration settings
610
17.15.1.4 Frequency response analysis diagram settings
611
17.15.1.5 Frequency response analysis results
615
17.15.1.6 Frequency response analysis export
618
17.15.2 Power analysis (option R&S MXO5-K31)
618
17.15.2.1 General settings
619
17.15.2.2 Power quality
620
Power quality setup
620
Power quality results
622
17.15.2.3 Power harmonics
628
Power harmonics setup
628
Power harmonics results
631
17.15.2.4 Reference level
635
17.15.2.5 Power analysis data
639
17.15.3 Digital voltmeter
641
17.16 Protocols
644
17.16.1 Configuration settings for all serial protocols
644
17.16.1.1 General settings
644
17.16.1.2 Export results settings
647
17.16.2 SPI (option R&S MXO5-K510)
648
17.16.2.1 Configuration
648
17.16.2.2 Filter
655
17.16.2.3 Trigger
660
17.16.2.4 Decode results
661
17.16.3 I²C (option R&S MXO5-K510)
666
17.16.3.1 Configuration
666
17.16.3.2 Trigger
669
17.16.3.3 Filter
673
17.16.3.4 Decode results
677
17.16.4 UART / RS-232 (option R&S MXO5-K510)
685
17.16.4.1 Configuration
686
17.16.4.2 Trigger
692
17.16.4.3 Filter
693
17.16.4.4 Decode results
697
17.16.5 CAN (option R&S MXO5-K520)
700
17.16.5.1 Configuration
701
17.16.5.2 Trigger
706
17.16.5.3 Filter
715
17.16.5.4 Decode results
719
17.16.6 LIN (option R&S MXO5-K520)
733
17.16.6.1 Configuration
733
17.16.6.2 Trigger
735
17.16.6.3 Filter
739
17.16.6.4 Decode results
743
17.17 Mixed signal option (option R&S MXO5-B1)
749
17.17.1 Digital channels
749
17.17.2 Logic configuration
752
17.17.3 MSO data
759
17.18 Waveform generator (option R&S MXO5-B6)
761
17.18.1 Waveform generator setup
762
17.18.1.1 General settings
762
17.18.1.2 Modulation settings
767
17.18.1.3 ARB settings
775
17.18.1.4 Sweep settings
777
17.18.2 Synchronize settings
779
17.19 Status reporting
780
17.19.1 General commands
781
17.19.2 STATus:OPERation register
781
17.19.3 STATus:QUEStionable registers
782
17.19.4 Reading out the CONDition part
784
17.19.5 Reading out the EVENt part
785
17.19.6 Controlling the ENABle part
785
17.19.7 Controlling the negative transition part
786
17.19.8 Controlling the positive transition part
787
17.19.9 Programming tips and examples
788
18 Maintenance and support
791
18.1 Cleaning
791
18.2 Changing fuses
791
18.3 Contacting customer support
791
18.4 Information for technical support
792
18.5 Data security
792
18.6 Transporting
793
18.7 Storage
793
18.8 Disposal
793
List of commands
795
Index
820
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