Table of Contents
Advertisement
Quick Links
Advertisement
Table of Contents
Related Manuals for SIGLENT SSG5060X
Summarization of Contents
Important Safety Information
General Safety Summary and Precautions
Summary of safety precautions for personal injury and instrument damage.
Safety Terms and Symbols Explained
Explains safety symbols and terms used in the manual and on the instrument.
Working Environment Requirements
Specifies the required indoor, clean, and dry operating environment for the instrument.
Cooling Requirements for Instrument Operation
Details the instrument's reliance on forced air cooling and ventilation needs.
Power and Grounding Requirements
Specifies power requirements and essential safety grounding connections for operation.
Cleaning and Handling Abnormal Conditions
Instrument Cleaning Procedures
Provides guidance on cleaning the instrument's exterior safely and effectively.
Handling Abnormal Instrument Conditions
Instructions for handling abnormal instrument conditions and ensuring safety.
Initial Setup and Document Conventions
First Steps After Delivery
Initial procedures to follow after receiving the signal generator.
Delivery Checklist Verification
Verifying all items listed on the packing list have been delivered upon receipt.
Product Quality Assurance and Warranty
Details the 3-year warranty, repair, and replacement policy for the signal generator.
Maintenance Agreement Options
Outlines available maintenance services, extended warranties, and support agreements.
Document Conventions Explained
Explains conventions used in the manual for buttons, text formatting, and operations.
Getting Started with the Signal Generator
Powering On the Instrument
Details the two methods for powering on the RF signal source: Line and Manual.
Shutting Down the Instrument
Instructions on how to properly shut down and power off the signal generator.
Viewing System Information
Procedure to check the instrument's software and hardware version information.
Installing Software Options
Information on how to unlock software options using a license.
Front Panel and User Interface Overview
Front Panel Introduction and Function Keys
Identifies and describes the function keys, outputs, knob, and keyboard.
Function Key Descriptions
Describes the function keys and their corresponding parameter settings.
Direction Knob and Key Operations
Explains the operation of the direction knob and directional keys for parameter adjustment.
Digital Keyboard Functionality
Details the functionality and keys of the digital keypad for input.
Key Backlight Status Indicators
Explains the status indication provided by key backlights for power and modulation.
Front Panel Connectors Identification
Identifies and describes the front panel connectors for LF and RF outputs.
User Interface and Parameter Settings
Prompt Status Bar Indicators
Explains the status bar icons and indicators like LOCAL/REMOTE, RF, MOD, LAN.
RF Frequency Setting and Display
Describes how to set the RF output frequency and the frequency sweeping display.
RF Level Setting and Display
Describes how to set the RF output level and the level sweeping display.
Touch Screen Display Area Information
Details the information displayed in the touch screen area for various menus.
Touch Operation Methods
Explains how to use the 5-inch capacitive touch screen for various operations.
Parameter Setting Methods
Covers parameter settings using numerical input, drop-down boxes, and switches.
Numerical Input Procedures
Explains numerical input methods using keypad, knob/keys, and touch screen.
Drop-Down Box Input Procedures
Details input methods using drop-down boxes via buttons or touch screen.
Switch Setting Procedures
Explains how to set switch states using buttons or the touch screen interface.
Accessing Help Information
Describes how to access the built-in help system for functions and menus.
Application Examples and Procedures
REMOTE and LOCAL Mode Switching
Explains how to switch between REMOTE and LOCAL control modes for front panel operation.
Outputting an RF Signal Example
Step-by-step example for outputting a 3 GHz RF signal with 0 dBm amplitude.
Correcting 10MHz Reference Signal
Details how to correct the 10 MHz reference signal accuracy using the reference correction function.
Using Flatness Function for Line Loss Correction
Explains using the flatness function with a power meter to correct for line loss.
Outputting a Modulated Signal Example
Demonstrates outputting an analog modulated signal using amplitude modulation.
Outputting a Pulse Train Sequence
Step-by-step guide to outputting a user-defined pulse sequence from the rear panel connector.
IQ Modulated Signal in Custom Mode
Shows how to generate an IQ modulated signal with 32QAM in custom mode.
Testing OIP3 in Multitone Mode
Explains testing OIP3 of active devices using a two-tone signal in multitone mode.
Playing Waveform Sequences in ARB Mode
Demonstrates playing waveform sequences using the ARB mode of the signal generator.
Adding AWGN to Modulated Signals in ARB Mode
Details adding AWGN to modulated signals in ARB mode for carrier waveform modulation.
File Transfer via FTP (LAN)
Explains how to download and upload files using FTP (LAN) via FileZilla software.
Front Panel Operation Details
Frequency Setting and Related Parameters
Describes how to set the RF output frequency and the frequency sweeping display.
RF Display Frequency vs. Output Frequency
Explains the relationship between display frequency, output frequency, and frequency offset.
Frequency Offset Setting
Details how to set the frequency offset for the RF output signal.
Phase Offset Setting and Reset
Explains how to set the phase offset for the RF signal, including resetting delta display.
RF Output State Control
Explains the RF state, equivalent to the RF ON/OFF button on the front panel.
Output Level Setting and Offset
Describes setting the output level via status bar or parameter setting area.
RF Display Level vs. Output Level
Explains the relationship between display level, output level, and level offset.
Level Offset Adjustment
Details how to set the level offset for the RF output signal for attenuation/gain compensation.
ALC State Control
Explains the ALC function and its three working states: Off, On, and Auto.
Flatness Correction Function
Describes the flatness correction function for adjusting RF output amplitude.
Creating a Flatness Correction List
Details how to create a flatness list by adding, deleting, or clearing entries.
Auto Fill Flatness List Methods
Describes three methods to automatically fill the flatness list using a power sensor.
Sweep Operations and Modes
Sweep State and Types
Describes the sweep states and the three available sweep types: Freq, Level, Freq & Level.
Step Sweep Configuration
Details the parameters and settings for step sweep operations.
List Sweep Configuration
Explains the settings and operations for list sweep functionality.
Sweep Direction Settings
Describes how to set the sweep direction to either "Up" or "Down".
Sweep Mode Selection
Explains the two sweep modes: Continuous and Single, and their operation.
Trigger Mode Settings for Sweeping
Details the four trigger modes available for sweep operations.
Point Trigger Mode Settings
Describes the four point trigger modes: Auto, Key, Bus, and Ext.
Trigger Slope Selection
Explains how to select the trigger slope (Positive or Negative) for external triggers.
Understanding Sweep Condition Priorities
Outlines the priority order of sweep conditions: Mode > Trigger > Point Trigger.
Analog Modulation Techniques
Amplitude Modulation (AM) Overview
Explains Amplitude Modulation (AM) and how to set its parameters.
AM State Control
Instructions on turning the Amplitude Modulation (AM) state on or off.
AM Modulation Source Selection
Explains how to select the AM modulation source: Internal, External, or both.
AM Waveform Shape Settings
Details how to choose the AM waveform shape (Sine or Square) for internal modulation.
AM Modulation Frequency Settings
Explains how to set the modulation frequency for the internal AM source.
AM Modulation Depth Settings
Describes how to set the AM modulation depth as a percentage of carrier amplitude change.
AM Sensitivity Display
Displays the unit depth quantified by the amplitude of the external modulation signal.
Frequency Modulation (FM) Overview
Explains Frequency Modulation (FM) and how to set its parameters.
FM State Control
Instructions on turning the Frequency Modulation (FM) state on or off.
FM Modulation Source Selection
Explains how to select the FM modulation source (Internal, External, or combined).
FM Waveform Shape Settings
Details the four modulation waveforms for FM: Sine, Square, Sawtooth, Triangle.
FM Modulation Frequency Settings
Explains how to set the modulation frequency for the internal FM source.
FM Frequency Deviation Settings
Describes how to set the FM frequency deviation based on carrier frequency.
FM Sensitivity Display
Displays unit frequency deviation quantized by external modulation signal amplitude.
FM Phase Settings
Explains how to set the initial phase for FM waveform signals.
FM Proportion Settings for Dual Source
Details setting amplitude ratios for dual source FM modulation.
Phase Modulation (PM) Overview
Explains Phase Modulation (PM) and how to set its parameters.
PM State Control
Instructions on turning the Phase Modulation (PM) state on or off.
PM Modulation Source Selection
Explains how to select the PM modulation source (Internal, External).
PM Waveform Shape Settings
Details choosing PM waveform shape (Sine or Square) for internal modulation.
PM Modulation Frequency Settings
Explains how to set the modulation frequency for the internal PM source.
PM Phase Deviation Settings
Describes setting the phase deviation for PM based on carrier frequency.
PM Sensitivity Display
Displays unit phase deviation quantified by external modulation signal amplitude.
Pulse Modulation (PULSE) Overview
Explains Pulse Modulation (PULSE) and how to set its parameters.
Pulse State Control
Instructions on turning Pulse State (modulation) on or off.
Pulse Modulation Source Selection
Explains selecting the Pulse modulation source: Internal or External.
External Pulse Polarity Settings
Explains how to switch the trigger polarity for the external pulse modulation source.
Pulse Mode Selection
Details the three pulse modes: Single, Double, and Train.
Pulse Period Settings
Explains setting the time interval between adjacent periodic pulses for pulse modulation.
Pulse Width Settings
Defines pulse width as the high-level duration of a single or first pulse.
Double Pulse Delay Settings
Defines double pulse delay as the time from the start of the first to the second pulse.
#2 Pulse Width Settings
Defines #2 Pulse Width as the high duration of the second pulse in a double-pulse cycle.
Pulse Train Settings Configuration
Explains Pulse Train settings when Pulse Mode is set to Train.
Editing Pulse Train Parameters
Details how to edit pulse train parameters like On Time, Off Time, and Count.
Viewing Pulse Train Diagram
Describes how to view the diagram of the current pulse train waveform.
Pulse Train Advanced Mode
Explains enabling advanced mode for pulse train to set frequency and amplitude per pulse.
Pulse Output Control
Explains how to switch the pulse output state on or off.
Pulse Output Polarity Settings
Details switching the polarity of the pulse signal output.
Trigger Output Control
Explains how to switch the trigger output status on or off.
Pulse Trigger Mode Settings
Details the five pulse trigger types: Auto, Key, Bus, Ext Trig, Ext Gate.
Trigger Delay Settings for Pulse Modulation
Explains setting the trigger delay for pulse modulated signals from external triggers.
Trigger Slope Settings for Pulse Modulation
Explains selecting the trigger slope (Positive/Negative) for external pulse triggers.
Trigger Polarity Settings for Pulse Modulation
Details switching the trigger polarity (Normal/Inverse) for external gate signals.
Low Frequency (LF) Generator Functions
LF Source Configuration
Explains how to set the LF source and enter the LF parameter interface.
LF Output State Control
Instructions on turning the LF output state on or off.
LF Waveform Shape Selection
Details selecting the waveform shape for the LF output signal.
LF Frequency Setting
Explains how to set the frequency for the LF output signal.
LF Output Amplitude Setting
Details how to set the amplitude for the LF output signal.
LF Level Offset Settings
Explains setting the amplitude offset for the LF output.
LF Phase Settings
Details how to set the LF phase in degrees or radians.
LF Sweep Operation
Explains LF sweep operations, including activating and setting sweep parameters.
LF Sweep State Activation
Instructions on activating the LF frequency sweep signal generation.
LF Sweep Start Frequency Setting
Explains how to set the start frequency for the LF frequency sweep.
LF Sweep Stop Frequency Setting
Details how to set the stop frequency for the LF frequency sweep.
LF Sweep Center Frequency Setting
Explains how to set the center frequency for the LF frequency sweep.
LF Sweep Frequency Span Setting
Details how to set the frequency span for the LF frequency sweep.
LF Sweep Duration Setting
Explains how to set the duration of one LF sweep.
LF Sweep Direction Settings
Details setting the LF sweep direction to Up or Down.
LF Sweep Trigger Mode Settings
Describes the four LF trigger modes: Auto, Key, Bus, and Ext.
LF Sweep Trigger Slope Settings
Explains selecting trigger slope (Positive/Negative) for external LF sweep triggers.
LF Sweep Shape Settings
Details selecting the cyclic mode for LF sweep: Sawtooth or Triangle.
LF Sweep Interval Calculation
Explains setting the mode for calculating LF sweep intervals (Linear/Log).
Power Sensor Measurement and Control
Connecting and Using a USB Power Sensor
Explains connecting and using a USB power sensor with the signal generator.
Power Sensor Parameter Settings
Guides users on setting parameters for power sensor measurements.
Sensor Information Display
Displays the model information of the connected power sensor.
Sensor Measurement State Control
Instructions on turning the level measurement by the power sensor on or off.
Displaying Sensor Measurement Readings
Explains how to display the current reading from the connected power sensor.
Level Control Functionality
Details using Level Control for stable and accurate RF power output at the DUT.
Power Sensor Measurement Statistics
Explains enabling and using the statistics function for power sensor measurements.
Auto Zero Adjustment for Power Sensor
Describes the auto zero adjustment function to improve RF power measurement accuracy.
Power Sensor Frequency Mode Settings
Explains setting the power sensor's measured frequency mode to Auto or Manual.
Power Sensor Level Offset Settings
Details setting the level offset for the power sensor measurement.
Power Sensor Averaging Mode Settings
Explains setting the averaging mode for power sensor measurements (Auto/Manual).
Power Sensor Measurement Logging
Details enabling the logging function to record measurement values in a text file.
Power Sensor Level Control Diagram and State
Provides a diagram and explanation of the power control loop using the sensor.
Level Control State On/Off
Instructions on switching the Level Control state on or off.
Power Sensor Reading Display
Explains displaying the current power sensor reading and changing display units.
Target Level Setting for Power Control
Explains specifying the nominal level expected at the sensor input for power control.
Level Limit for Output Power Protection
Details setting an upper limit for RF output power to protect the DUT.
Capture Range for Sensor Readings
Explains setting the capture range for valid readings and RF signal adjustment.
Utility Functions: System and File Management
System Settings Configuration
Details system settings like Language, Screen Saver, and Setup Type.
System Settings: Language, Saver, Setup, Preset, Reset
Covers system settings: Language, Screen Saver, Setup Type, Preset Type, Factory Reset.
Viewing System Information
Guides on how to view instrument system information like Model, Serial Number, and Versions.
Interface Settings for Remote Control
Details interface settings for remote control, including LAN and Web settings.
Self-Test Procedures for Instrument Components
Guides on performing self-tests for LCD, Keys, LEDs, Board, and Touch Screen.
Instrument Shutdown Procedure
Instructions on how to properly shut down the instrument via the UTILITY menu.
Parameter Reset via Preset Function
Details how to reset parameter settings to preset types (Default or User).
System Software Update Procedure
Explains how to update the system software using an update file.
Software Option Installation
Guides on entering the option interface and installing licenses for functions.
Accessing Built-in Help System
Describes accessing the built-in help system for functions and menus on the front panel.
Contacting SIGLENT Support
Provides contact information for SIGLENT customer support via email or phone.
File Management Operations
Introduces the file management page for local and USB storage.
Shortcut Keys for Quick Function Access
PRESET Shortcut Key Usage
Explains recalling preset settings using the PRESET shortcut key.
HOME Shortcut Key Functionality
Explains using the HOME button to quickly return to the main interface.
ESC/Close Key Functions
Details the functions of the ESC/Close key for control and editing.
Trigger Shortcut Key Functions
Explains the functions of the Trigger shortcut key for various modes.
MOD ON/OFF Shortcut Key Usage
Details using the MOD ON/OFF shortcut key to control modulation functions.
RF ON/OFF Shortcut Key Usage
Explains using the RF ON/OFF shortcut key to control RF output.
Custom IQ Modulation Settings
Custom Modulation State Control
Instructions on turning the Custom modulation state on or off.
Data Source Settings for Modulation
Details setting the symbol data source for modulation.
Data Setup for Modulation Sources
Explains selecting data source types like PN7, PN9, PN15, PN23, and User.
PN Seed (Hex) Configuration
Details setting the PN seed value in hexadecimal format for data generation.
Symbol Rate Settings
Explains setting the symbol rate (symbols per second) for the waveform.
Symbol Length Configuration
Details setting the length of the modulated symbols.
Bits per Symbol Display
Displays the number of bits per modulation symbol, which is read-only.
Modulation Type Selection
Lists choices for modulation types: QAM, ASK, PSK, MFSK, and User.
User IQ Data Editing
Explains editing custom IQ data, including symbols, I values, and Q values.
Gray Code Settings for IQ Data
Details turning the Gray code of IQ data on or off for QAM, ASK, PSK, User.
FSK Frequency Deviation Settings
Explains setting the frequency deviation for FSK modulation in Hertz.
Filter Settings for Custom Modulation
Guides on entering filter settings for custom modulation.
Filter Type Selection
Details setting the filter type for current modulation.
Filter Alpha/BT Parameter Settings
Explains setting the Alpha factor or BT product for filters.
Filter Length Configuration
Details setting the symbol length of the filter.
Oversampling Ratio Settings
Explains setting the oversampling ratio of the waveform.
Waveform Data Regeneration
Describes regenerating waveform data according to current settings.
Saving Custom Waveform Settings
Explains saving current custom settings to an ARB file.
Arbitrary Waveform (ARB) Mode
ARB State Control
Instructions on turning the Arbitrary Waveform (ARB) state on or off.
Selecting Waveform Segments and Sequences
Guides on selecting volatile or non-volatile waveform segments/sequences.
Accessing Waveform Segment Directory
Explains accessing the volatile waveform segment directory for playback or editing.
Waveform Sequence Overview
Introduces waveform sequences and their ability to play multiple segments/sequences.
Waveform Sequence Operations
Details operations on waveform sequences: Build, Rename, Delete, Edit, Load.
Example: Playing a Waveform Sequence
Provides an example of creating and playing a waveform sequence.
ARB Setup Configuration
Guides on setting up arbitrary waveforms for various applications.
Sample Clock Settings for ARB
Explains setting the sampling rate for arbitrary waveforms.
Modulator Attenuation Adjustment
Details adjusting I/Q signal amplitude before IQ modulation for optimal ACPR.
Real-Time AWGN Addition
Explains enabling real-time AWGN to apply noise to carriers during ARB playback.
Output Multiplexer Settings
Details setting the RF output type to Carrier+Noise, Carrier, or Noise.
Power Control Settings for Carrier and Noise
Explains setting power for Total, Carrier, Total Noise, and Channel Noise.
Carrier to Noise Ratio Format Selection
Details selecting Carrier to Noise Ratio (C/N) or Eb/No for ratio control.
Carrier Bandwidth Settings
Explains setting the carrier bandwidth (CBW) for noise ratio calculation.
Flat Noise Bandwidth Settings
Details setting the flat noise bandwidth (NBW).
Modulation Filter Settings
Explains setting the modulation filter type and parameters for ARB waveforms.
Baseband Offset Settings
Details setting a frequency offset for the baseband spectrum in stream mode.
Multi-Carrier Signal Generation
Introduces generating multicarrier signals in ARB mode.
Multi-Carrier Signal Overview
Explains simulating complex multicarrier scenarios with up to 512 carriers.
Multi-Carrier Waveform Name Configuration
Explains how to input the current multi carrier name.
Power Reference for Carrier Leveling
Defines how individual carriers in a multicarrier signal are leveled (Peak/RMS).
Multi-Carrier Table Configuration
Guides on entering the multi-carrier table interface for setting carriers.
Signal Period Mode Definition
Defines how the resulting signal period of multicarrier waveform is calculated.
Signal Period Display
Displays the signal period of current multi-carrier, settable when Signal Period Mode is User.
Sampling Rate Display
Displays the sampling rate of the current multi-carrier signal.
Creating and Loading Multi-Carrier Signals
Guides on creating and loading multi-carrier signals into volatile memory.
Creating a Multi-Carrier Waveform
Provides steps to create a multi-carrier waveform file.
Marker Utilities Introduction
Introduces concepts and usage of waveform markers for marking points.
Waveform Marker Overview
Explains waveform markers for marking points and their use for synchronization or RF blanking.
Marker Number Selection
Details selecting the waveform marker to be set (1, 2, 3, or 4).
Marker Output Multiplexer Settings
Explains selecting the marker to output via the [IQ_EVENT] connector.
Marker Polarity Settings
Details switching the polarity of the marker signal output.
Pulse/RF Blanking Control
Explains RF output blanking when the marker signal is low or high based on polarity.
Marker Delay Setting
Details setting the delay time of pulse signal output relative to RF signal.
Setting Waveform Markers
Guides on entering the marker setting interface for waveform segments.
Waveform Utilities: Scaling and Clipping
Introduces waveform segment scaling and clipping functions.
Waveform Segment Selection for Utilities
Explains selecting a waveform segment for scaling or clipping I/Q data.
Amplitude Scaling Percentage Setting
Details setting the amplitude scaling percentage of a waveform segment.
Clipping Function for Peak Power Reduction
Explains clipping function to reduce peak power and spectral regrowth.
Clipping Types: Circular and Rectangular
Details the two methods of clipping: Circular and Rectangular.
Clipping Value Settings
Explains setting clipping values for |I+jQ|, |I|, and |Q| signals.
Applying Waveform Scaling or Clipping
Guides on applying waveform scaling or clipping to make it effective.
Viewing CCDF Diagram
Explains viewing the CCDF diagram before and after waveform segment clipping.
ARB Trigger Settings
Explains ARB trigger settings to control data transmission timing.
Trigger Type Definitions
Details the trigger types: Continuous, Single, Segment Advance, and Ext Gated.
Continuous Mode Settings
Explains Continuous Mode settings: Free Run, Trigger & Run, Reset & Run.
Single Mode Settings
Details Single Mode settings: No Retrigger, Buffered Trig, Restart on Trig.
Segment Advance Mode Settings
Explains Segment Advance mode settings: Single or Continuous.
External Gated Mode Settings
Details Ext Gated Mode settings: Active High or Active Low.
Trigger Source Selection
Explains setting the trigger source to Key, Bus, or External.
External Trigger Polarity Settings
Details setting external trigger polarity (Positive/Negative).
External Trigger Delay Settings
Explains setting external trigger delay type (Off, Time, Sample).
Waveform Header Settings
Guides on entering the waveform header setting interface.
Waveform Header File Information
Explains saving settings in header files and their application when loading waveforms.
Editing Waveform Header Interface
Details the waveform header editing interface components: Title Bar, Display Area, Menu Bar.
Waveform Segment File Types
Lists ARB waveform segment file types: *.arb, *.WDbin, and *.txt.
Stream Mode Operations
Stream File Overview
Explains the structure of a stream file (*.stream) containing header and IQ data.
Stream Setup Interface
Guides on opening the stream setup interface.
Sample Clock Settings for Stream Waveforms
Explains setting the sampling rate for stream waveforms.
Modulation Attenuation for Stream
Details adjusting I/Q signal amplitude before IQ modulation for stream waveforms.
Baseband Offset Settings for Stream
Explains setting a frequency offset for the baseband spectrum in stream mode.
Playing a Stream File
Provides step-by-step instructions on how to play a stream file.
IoT Mode Protocols and Setup
IoT Mode Protocols: ZigBee and Z-Wave
Provides introduction and setup for ZigBee (IEEE 802.15.4) and Z-Wave (ITU-T G.9959).
Basic Waveform Setup for IoT
Guides on basic waveform setup for IoT, including frame number and oversampling ratio.
Oversampling Ratio for IoT Waveforms
Explains setting the oversampling ratio for IoT waveforms.
Number of Frames for IoT Waveforms
Details setting the number of frames for ZigBee/Z-Wave waveforms.
Total Sample Points Display
Displays the number of sample points in the waveform, which is not editable.
Waveform Length Display
Displays the waveform length, calculated from sample points and rate.
Marker Setup for IoT Waveforms
Guides on entering the marker setup interface for IoT waveforms.
Marker 1 Source Configuration
Explains setting the source for Marker 1 (Waveform Start/Frame Start).
Marker 2 Source Configuration
Explains setting the source for Marker 2 (Waveform Start/Frame Start).
Example: Using Marker Source in ZigBee
Provides an example of creating and playing a ZigBee waveform with markers.
IoT Trigger Setup
Explains IoT trigger setup, similar to ARB but with fewer features.
Multitone Mode Operations
Multitone State Control
Instructions on turning the Multitone state on or off.
Tone Number Configuration
Explains setting the number of tones in multitone mode (up to 20 pairs).
Multitone Sample Rate Settings
Details setting the sample rate for multitone mode (up to 240 MHz).
Multitone Frequency Spacing Settings
Explains setting the frequency spacing between the leftmost and rightmost spectrums.
Single Side Spectrum Mode Control
Details turning the unilateral spectrum mode on or off for multitone signals.
Saving Multitone State
Explains saving current multitone settings to a MULSTATE file.
Loading Multitone State Settings
Guides on loading a MULSTATE file for multitone mode settings.
AWGN Modulation Settings
AWGN Modulation State Control
Instructions on turning AWGN modulation on or off.
AWGN Bandwidth Settings
Explains setting the bandwidth for AWGN noise.
Example: Applying AWGN to a Carrier
Provides an example of applying 10 MHz bandwidth noise to a 1 GHz carrier.
I/Q Control and Adjustments
I/Q Modulation State Control
Explains turning the I/Q modulation state on or off.
I/Q Modulation Source Selection
Details setting the I/Q modulation source to internal or external.
Compensation Channel Settings
Explains setting the compensation channel as RF or Output.
I/Q Adjustment for Signal Impairments
Guides on using I/Q Adjustment to compensate for I/Q signal impairments.
Gain Balance Adjustment for I/Q Signals
Explains adjusting I signal amplitude relative to Q for channel image optimization.
I Offset Adjustment for Baseband Signals
Details adjusting the DC bias level of I+ and I- baseband signals.
Q Offset Adjustment for Baseband Signals
Explains adjusting the DC bias level of Q+ and Q- baseband signals.
Quadrature Angle Adjustment for Image Leakage
Explains offsetting Q signal phase relative to I signal for image leakage optimization.
I/Q Output Signal Settings
Details I/Q signal attenuation and gain balance on rear panel output.
I/Q Swap Functionality
Explains inverting Q signal for modulation sideband inversion.
IEEE 802.15.4 ZigBee Protocol Details
About the ZigBee Protocol
Provides overview of ZigBee as a low-power IoT standard based on IEEE 802.15.4.
ZigBee PHY: O-QPSK and BPSK
Explains ZigBee PHY layer signal generation on PPDU basis.
ZigBee PPDU Format
Describes the ZigBee PPDU structure including SHR, PHR, and PSDU fields.
SHR Field Structure
Describes the SHR field containing Preamble and SFD.
PHR Field Structure
Describes the PHR field format and its length.
PHY Payload Field Structure
Describes the PHY Payload field carrying PSDU data.
General MAC Frame Format
Defines the general MAC frame structure.
Frame Control Field Details
Details the length and Frame Type field within the Frame Control field.
Beacon Frame Format
Specifies the formatting of the Beacon frame.
Data Frame Format
Specifies the formatting of the Data frame.
Ack Frame Format
Specifies the formatting of the Ack frame.
MAC Command Frame Format
Specifies the formatting of the MAC Command frame.
ZigBee General User Interface Settings
Guides on general settings for ZigBee protocol: PHY, Frequency Band, Idle Interval.
PHY Scheme Selection
Selects the 802.15.4 PHY scheme: O-QPSK or BPSK.
Idle Interval Setting
Enters the idle interval between frames in seconds.
ZigBee PPDU Settings
Guides on setting ZigBee protocol PPDU parameters.
Preamble (Hex) Field Settings
Displays Preamble field in hex format.
SFD (Hex) Field Settings
Displays SFD field in hex format.
PHR (Hex) Field Settings
Displays PHR field in hex format, updated with PSDU settings.
PSDU Settings Configuration
Details settings for PSDU part including MAC Header, Data Type, Length, Mode, FCS.
MAC Frame Type Selection
Selects the PSDU (frame structure) format: General, Beacon, Data, Ack, MAC Command.
MAC Header Settings
Guides on entering MAC Header fields setting interface.
Data Type Selection for PSDU
Explains selecting data types: PN9, PN15, or User for PSDU.
Data Length Setting for MAC Payload
Enters the length of MAC payload in octets.
Data Mode Selection
Selects the MAC payload application mode: Continuous or Truncated.
MAC FCS Enable/Disable
Enables or disables the MAC FCS check.
ZigBee Protocol Impairments Settings
Guides on entering ZigBee protocol impairments settings.
Symbol Timing Error Setting
Enters error rate value to shift the symbol rate.
Frequency Offset Setting
Enters an offset to the nominal carrier frequency in Hertz.
ZigBee State Control
Switch ZigBee State to turn ZigBee modulation on or off.
Saving ZigBee Waveform Settings
Saves the ZigBee current settings to an ARB file.
Generating a ZigBee O-QPSK Signal Example
Describes generating a ZigBee O-QPSK signal in 2450 MHz frequency band.
Restoring Factory Settings for ZigBee
Resets the instrument to default settings before configuring ZigBee signal.
Setting the ZigBee Signal Parameters
Guides on setting Protocol Type, General Settings, and PPDU Settings for ZigBee.
General Settings for ZigBee Signal
Sets PHY Scheme, Frequency Band, and Idle Interval for ZigBee signal.
PPDU Settings for ZigBee Signal
Sets MAC Frame Type, MAC Header, Data Type, Length, Mode, and FCS for PPDU.
Basic Settings for ZigBee Waveform
Sets oversampling ratio and frame number for ZigBee waveform.
Setting the Carrier Signal for ZigBee
Sets the carrier frequency and level for the ZigBee signal.
Enabling IQ Modulation and RF Output for ZigBee
Turns on IQ Modulation, ZigBee State, and RF Output.
Demodulating ZigBee Signal in Spectrum Analyzer
Connects analyzer to check demodulated ZigBee signal results.
ITU-T G.9959 Z-Wave Protocol Details
About the Z-Wave Protocol
Overview of Z-Wave as an interoperable wireless communication technology.
Z-Wave Modulation and Encoding Formats
Summarizes Z-Wave modulation (FSK/GFSK) and coding (Manchester/NRZ) formats.
Z-Wave Data Rate and Accuracy Requirements
Lists Z-Wave data rates (R1, R2, R3) and accuracy requirements.
Z-Wave PHY Layer Structure
Describes Z-Wave PHY layer frame structure: SHR, MSDU(PSDU), EHR.
Preamble Field in Z-Wave PHY
Explains the preamble field for receiver symbol synchronization.
Start of Frame (SOF) Delimiter Field
Describes the SOF field terminating preamble and starting PSDU.
PSDU Field Structure
Describes the structure of the general MPDU, including MSDU, MHR, MFR.
General MPDU Structure
Shows the general MPDU structure with fields like HomeID, MAC Header, PSDU.
PSDU Field Components
Shows PSDU fields configurable by software: Length, FCS.
End of Frame (EOF) Delimiter Field
Describes the EOF delimiter field for data rate R1.
Z-Wave User Interface Settings
Guides on general settings for Z-Wave protocol: Data Rate, Modulation, Coding, Separation.
General Settings for Z-Wave Protocol
Sets Z-Wave data rate, modulation type, idle interval, and ramp settings.
Z-Wave Data Rate Selection
Sets the data rate using the drop-down menu.
Z-Wave Modulation Type Selection
Selects the modulation type for ITU-T G.9959: FSK or GFSK.
Z-Wave Coding Type Display
Displays the coding type.
Z-Wave Separation Display
Displays the separation.
Idle Interval Setting for Z-Wave
Enters the idle interval between frames in seconds.
Ramp Symbols Configuration
Enters ramp duration in symbols for waveform ramp up/down.
Ramp Up/Down Symbol Selection
Selects the symbol for waveform ramp up/down.
Z-Wave PPDU Settings
Sets the physical (PHY) protocol data unit (PPDU) for Z-Wave frames.
PPDU Length Display
Displays the total PPDU length in octets.
Preamble Length Setting
Enters the preamble length, which is part of the SHR.
Start of Frame Delimiter (Hex) Setting
Enters the SOF field in hex in SHR.
PSDU Settings for Z-Wave
Details settings for PSDU part: MAC Header, Data Type, Length, Mode.
MAC Header Settings for Z-Wave
Guides on entering MAC Header fields setting interface.
Data Type Selection for Z-Wave PSDU
Explains selecting data types: PN9, PN15, or User for PSDU.
Data Length Setting for Z-Wave Payload
Enters the length of Data Payload field in octets.
Data Mode Selection for Z-Wave
Selects the MAC payload application mode: Continuous or Truncated.
Z-Wave State Control
Switch Z-Wave State to turn Z-Wave modulation on or off.
Generating a Z-Wave Signal Example
Describes generating a Z-Wave signal in R2-40 kbps data rate.
Restoring Factory Settings for Z-Wave
Resets the instrument to default settings before configuring Z-Wave signal.
Setting Z-Wave Signal Parameters
Guides on setting Protocol Type, General Settings, and PPDU Settings for Z-Wave.
General Settings for Z-Wave Signal
Sets Data Rate, Idle Interval, Ramp Symbols, and Ramp Up/Down Symbol.
PPDU Settings for Z-Wave Signal
Sets Preamble Length, Start of Frame Delimiter, and MAC Header for PPDU.
Setting the Carrier Signal for Z-Wave
Sets the carrier frequency and level for the Z-Wave signal.
Enabling IQ Modulation and RF Output for Z-Wave
Turns on IQ Modulation, Z-Wave State, and RF Output.
Demodulating Z-Wave Signal in Spectrum Analyzer
Connects analyzer to check demodulated Z-Wave signal results.
Remote Control and Troubleshooting
Remote Control via SCPI
Supports remote control via SCPI commands through NI-VISA, Telnet, or Socket.
Web Browser Control
Enables user access and control through a web browser by entering the IP address.
Troubleshooting Common Instrument Faults
Lists possible faults and troubleshooting methods for common issues.
Troubleshooting: No Display After Power On
Guides on checking power supply, fan rotation, and fuses for no display issue.
Troubleshooting: Unresponsive Keys or Buttons
Provides steps to diagnose unresponsive buttons using self-test.
Troubleshooting: Incorrect Waveform Output
Guides on checking RF output, modulation, and parameter settings for incorrect output.
Troubleshooting: Sweep Function Stalled
Provides checks for stalled sweep operation: sweep state, trigger modes, dwell time.
Troubleshooting: Amplitude Unchanged in Sweep
Guides on ensuring correct sweep type for amplitude change in list/step sweep.
Troubleshooting: USB Storage Device Not Recognized
Provides steps to troubleshoot unrecognized USB storage devices.
Troubleshooting: Inaccurate Measurement Results
Guides on checking calibration, warm-up, test equipment, and connections for accuracy.
Understanding Instrument Pop-up Messages
Explains that pop-up messages are for guidance and not instrument failures.
Need help?
Do you have a question about the SSG5060X and is the answer not in the manual?
Questions and answers