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SIGLENT SSG5000X Series User Manual

SIGLENT SSG5000X Series User Manual

Rf signal generator
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SSG5000X/X-V Series
RF Signal Generator
User Manual
EN02A

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Summary of Contents for SIGLENT SSG5000X Series

  • Page 1 SSG5000X/X-V Series RF Signal Generator User Manual EN02A...

  • Page 3: Table Of Contents

    SSG5000X/X-V Series User Manual Contents Introduction ......................1 Important Safety Information ................2 General Safety Summary ....................2 Safety Terms and Symbols ..................... 4 Working Environment ..................... 4 Cooling Requirements ....................5 Power and Grounding Requirements ................6 Cleaning .......................... 7 Abnormal Conditions ......................
  • Page 4 SSG5000X/X-V Series User Manual 6.1.4 Key Backlight ......................20 6.1.5 Connectors ......................20 Rear Panel Introduction ....................22 User Interface ....................... 25 6.3.1 Prompt Status Bar ....................25 6.3.2 RF Frequency ....................... 26 6.3.3 RF Level ....................... 26 6.3.4 Touch Screen Display Area .................. 26 Touch Operation ......................
  • Page 5 SSG5000X/X-V Series User Manual 8.2.4 Flatness ........................ 46 Sweep ........................... 50 8.3.1 Sweep State ......................50 8.3.2 Step Sweep ......................51 8.3.3 List Sweep ......................51 8.3.4 Sweep Direction ....................52 8.3.5 Sweep Mode ......................53 8.3.6 Trigger Mode ......................53 8.3.7 Point Trigger ......................
  • Page 6 Save State ......................133 8.14.7 Load State ......................134 8.15 AWGN ......................... 135 8.15.1 AWGN State ..................... 135 8.15.2 Bandwidth ......................135 8.15.3 Example ......................135 8.16 I/Q Control ........................136 8.16.1 I/Q Mod State ....................136 8.16.2 I/Q Source ......................136 int.siglent.com...
  • Page 7 SSG5000X/X-V Series User Manual 8.16.3 Compensation Channel ..................136 8.16.4 I/Q Adjustment ....................137 8.16.5 I/Q Output ......................137 8.16.6 I/Q Swap ......................138 IEEE 802.15.4 ZigBee ..................139 About ZigBee Protocol....................139 ZigBee O-QPSK BPSK PHY ..................139 9.2.1 SHR Field ......................
  • Page 8 Set the Carrier Signal ..................159 10.4.4 Turn On IQ Modulation and RF Output ............159 10.4.5 Demod in Spectrum Analyzer ................159 11 Remote Control ....................161 11.1 Remote Control via SCPI ................... 161 11.2 Web Control ........................ 161 12 Troubleshooting ..................... 163 int.siglent.com...

  • Page 9: Introduction

    SSG5000X/X-V Series User Manual 1 Introduction The SIGLENT SSG5000X/X-V series is a benchtop RF signal source, with an output frequency range of 9 kHz to 6 GHz. It features light weight, small size, and convenient interface make it ideal for R&D, education, production and maintenance.

  • Page 10: Important Safety Information

    SSG5000X/X-V Series User Manual 2 Important Safety Information This manual contains information and warnings that must be followed by the user for safe operation and to keep the product in a safe condition. General Safety Summary Carefully read the following safety precautions to avoid personal injury and prevent damage to the instrument and any products connected to it.
  • Page 11 SSG5000X/X-V Series User Manual Not Operate with Suspected Failures. If you suspect that there is damage to the instrument, please let qualified service personnel check it. Avoid Circuit or Wire Exposed Components Exposed. Do not touch exposed contacts or components when the power is on. Do not operate in wet/damp conditions.

  • Page 12: Safety Terms And Symbols

    SSG5000X/X-V Series User Manual Safety Terms and Symbols When the following symbols or terms appear on the front or rear panel of the instrument or in this manual, they indicate special care in terms of safety. This symbol is used where caution is required. Refer to the accompanying information or documents to protect against personal injury or damage to the instrument.

  • Page 13: Cooling Requirements

    SSG5000X/X-V Series User Manual Ambient Temperature Operating: 0 ℃ to +50 ℃ Non-operation: -20 ℃ to +70 ℃ NOTE: Direct sunlight, radiators, and other heat sources should be taken into account when assessing the ambient temperature. Humidity 0 ℃ to 30 ℃, ≤ 95 %RH 30 ℃...

  • Page 14: Power And Grounding Requirements

    SSG5000X/X-V Series User Manual To ensure adequate ventilation it is required to leave a 15 cm (6 inch) minimum gap around the sides of the instrument. CAUTION: Do not block the ventilation holes located on both sides of the instrument. CAUTION: Do not allow any foreign matter to enter the instrument through the ventilation holes, etc.

  • Page 15: Cleaning

    SSG5000X/X-V Series User Manual The position of the instrument should allow easy access to the socket. To make the instrument completely power off, unplug the instrument power cord from the AC socket. The power cord should be unplugged from the AC outlet if the instrument is not to be used for an extended period.

  • Page 16: Informations Essentielles Sur La Sécurité

    SSG5000X/X-V Series User Manual Informations essentielles sur la sécurité Ce manuel contient des informations et des avertissements que les utilisateurs doivent suivre pour assurer la sécurité des opérations et maintenir les produits en sécurité. Exigence de Sécurité Lisez attentivement les précautions de sécurité ci - après afin d 'éviter les dommages corporels et de prévenir les dommages aux instruments et aux produits associés.

  • Page 17: Termes Et Symboles De Sécurité

    SSG5000X/X-V Series User Manual électrique doit être retirée pendant l'entretienLa ligne ne doit pas être mise sous tension tant que l'entretien de l'équipement n'est pas terminé et que l'entretien n'est pas confirmé. Ne pas fonctionner en cas de suspicion de défaillance. Si vous soupçonnez des dommages à...

  • Page 18: Environnement De Travail

    Humidité 0 ℃ à 30 ℃, ≤ 95 % HR 30 ℃ à 50 ℃, ≤ 75 % HR Fluctuation de la tension d'alimentation Vérifiez s'il vous plaît "Connexions d'alimentation et de terre". int.siglent.com...

  • Page 19: Exigences De Refroidissement

    SSG5000X/X-V Series User Manual Altitude Fonctionnement: ≤ 3000 m Catégorie d 'installation (surtension) Ce produit est alimenté par une alimentation électrique conforme à l 'installation (surtension) Catégorie II. Installation (overvoltage) Category Definitions Définition de catégorie d 'installation (surtension) La catégorie II d'installation (surtension) est un niveau de signal applicable aux terminaux de mesure d' équipement reliés au circuit source.Dans ces bornes, des mesures préventives sont prises pour limiter la tension transitoire à...

  • Page 20: Connexions D'alimentation Et De Terre

    Si la source n'est pas utilisée pendant une période prolongée, débranchez le cordon d'alimentation de la prise secteur. ATTENTION: les enveloppes extérieures des bornes du panneau avant (LF OUTPUT, RF OUTPUT) sont connectées au châssis de l'instrument et donc à la terre de sécurité. int.siglent.com...

  • Page 21: Nettoyage

    SSG5000X/X-V Series User Manual Nettoyage Nettoyez uniquement l'extérieur de l'instrument à l'aide d'un chiffon doux et humide. N'utilisez pas de produits chimiques ou d'éléments abrasifs. Ne laissez en aucun cas l'humidité pénétrer dans l'instrument. Pour éviter les chocs électriques, débranchez le cordon d'alimentation de la prise secteur avant de le nettoyer.

  • Page 22: First Steps

    SIGLENT shall not be responsible for any defect, damage, or failure caused by any of the following: a) Attempted repairs or installations by personnel other than SIGLENT.

  • Page 23: Document Conventions

    SSG5000X/X-V Series User Manual 4 Document Conventions For convenience of description, this article makes the following conventions:  Text surrounded by a box border is used to represent the front panel buttons. For example, FREQ represents the "FREQ" button on the front panel. ...

  • Page 24: Getting Started

    Follow the steps below to examine the software and hardware versions of the signal source. UTILITY > System > System Info See the section "System Info" for details. Install Options A license is necessary to unlock a software option. See the section "Option" for details. int.siglent.com...

  • Page 25: Quick Start

    SSG5000X/X-V Series User Manual 6 Quick Start Front Panel Introduction Figure 6-1 the Front Panel 1. Function keys 6. Direction key 2. USB Host 7. Digital keyboard 3. LF output 8. Touch screen display area 4. RF output 9. Power button 5.

  • Page 26: Direction Knob And Keys

    Press the knob in the parameter input area, the cursor will focus to a certain position, then press the left and right direction keys to change the position of the cursor, and use the up and down keys to fine tune the value of the cursor position. int.siglent.com...

  • Page 27: Digital Keyboard

    SSG5000X/X-V Series User Manual Digital Keyboard 6.1.3 The front panel of the RF signal source provides a numeric keypad, as shown below. The keyboard supports English uppercase and lowercase characters, numbers and common symbols (including decimal point, space, negative sign and ! , @, #, $, %, ^, &, *), mainly for editing the name of files or folders and setting parameters (refer to the "Parameter Settings"...

  • Page 28: Key Backlight

    When the MOD ON/OFF is set to turn on the modulation, the backlight will illuminate. If modulation is off, the backlight will be dark. When the RF signal is turned on, the backlight is on. If the RF signal output is turned off, the backlight will be dark. Connectors 6.1.5 Figure 6-3 Front Panel Connectors int.siglent.com...
  • Page 29 SSG5000X/X-V Series User Manual LF OUTPUT Output the LF (low frequency) signal. The output can also be configured to source the modulation waveform for FM and PM modulation types. Type: female BNC. Impedance: 50 Ω. RF OUTPUT Output the RF signal. Type: female N.

  • Page 30: Rear Panel Introduction

    The interface can be connected to a compatible computer and controlled by software on the host computer. EXT MOD INPUT Input BNC connection for external modulation. 10MHZ IN The [10MHZ IN] and [10MHZ OUT] connectors are commonly used to establish synchronization int.siglent.com...
  • Page 31 SSG5000X/X-V Series User Manual between multiple instruments. The RF source can use the internal reference source or an external reference source. If the instrument detects that there is a valid 10MHz signal at the [10MHZ IN] connector, it will use it as an external reference source.
  • Page 32 Used to input an external modulated I baseband signal when the external IQ modulation mode is on. 19. Q INPUT Used to input an external modulated Q baseband signal when the external IQ modulation mode is on. Note: Only models equipped with the IQ modulation function have IQ modulation-related connectors on the rear panel. int.siglent.com...

  • Page 33: User Interface

    SSG5000X/X-V Series User Manual User Interface Figure 6-5 the User Interface Prompt status bar Touch screen display area: RF frequency Display the settings under RF level each menu Prompt Status Bar 6.3.1 Display LOCAL (local), or REMOTE (remote). When REMOTE is displayed, the instrument is ...

  • Page 34: Rf Frequency

    POWER SENSOR: Power sensor state and power sensor related parameters can be set.  Touch Operation The RF signal source provides a 5-inch capacitive touch screen to support various gesture operations, including: Click on the screen parameters or menu to pop up a virtual keyboard where you can edit the parameters. int.siglent.com...

  • Page 35: Parameter Settings

    SSG5000X/X-V Series User Manual Left or right slide switches menus. Up or down slides the display menu. Parameter Settings The parameter settings of the RF signal source include numerical input, drop-down box input and switch settings. Numerical Input 6.5.1 Numerical input can be done through keys and numeric keyboard, keys and knob/direction keys, or touch screen.

  • Page 36: Drop-Down Box Input

    When the switch button is on the left and gray, it means off. The following takes setting the flatness switch as an example to introduce two switch setting methods. int.siglent.com...

  • Page 37: Help Information

    SSG5000X/X-V Series User Manual Using the buttons and knob/directional keys Press the LEVEL button on the front panel to enter the level parameter setting area. Rotate the knob or press the direction keys to focus on the Flatness switch in the parameter setting area.

  • Page 38: Application Examples

    Press the UTILITY button or click UTILITY module > Setting > Preset Type on the touch screen to set the reset type to default; Press the PRESET button or click UTILITY module > Preset on the touch screen to perform the reset operation. Set the frequency int.siglent.com...

  • Page 39: Correcting 10Mhz Reference

    SSG5000X/X-V Series User Manual Press the FREQ button and use the numeric keyboard to enter 3 GHz, or click the frequency input box on the touch screen to pop up the virtual keyboard and enter 3 GHz on the virtual keyboard.

  • Page 40: Use The Flatness Function To Correct Line Loss

    Set the frequency of flatness calibration Press LEVEL > Flatness > > Setting , and select the Fill Type as "Manual Step"; Set Start Freq to 4 GHz, Stop Freq to 5 GHz, and Points to 11. Perform amplitude calibration int.siglent.com...

  • Page 41: Output A Modulated Signal

    SSG5000X/X-V Series User Manual Click Fill Flatness with Sensor button and a “Collecting” dialog will pop up. After the data collection is completed, the user interface will automatically return to the flatness list page and give the amplitude correction value of each frequency. Output a Modulated Signal The following takes amplitude modulation as an example to introduce the output of an analog modulation signal: the carrier frequency is 1 GHz, the carrier amplitude is -10 dBm, the AM modulation...

  • Page 42: Output A Pulse Train

    Click Add to add a row, set the On Time to 20 ms, the Off Time to 20 ms, and the Count to 2. Turn on pulse modulation and pulse output Return to pulse modulation setting interface, Turn on the Pulse Out switch, Turn on the Pulse State switch. int.siglent.com...

  • Page 43: Output Iq Modulated Signal In Custom Mode

    SSG5000X/X-V Series User Manual Turn on analog modulation Press the MOD ON/OFF button, the button light turns on, and the MOD icon in the status bar of the user interface changes from gray to blue. At this time, the [PULSE IN/OUT] connector outputs the pulse train signal configured as above. Output IQ Modulated Signal in Custom Mode The following steps describe how to generate an IQ modulated signal with a modulation mode of 32QAM.

  • Page 44: Test Oip3 Of Active Devices In Multitone Mode

    Press I/Q or select IQ MOD block from the home page, and then click Multitone . Set Tone Number to 1; Set Sample Rate to 10 MHz; Set Freq Spacing to 1 MHz; Turn off Single Side state; Turn on Multitone State ; Set carrier frequency and amplitude int.siglent.com...

  • Page 45: Play Waveform Sequence In Arb Mode

    SSG5000X/X-V Series User Manual Press the FREQ button and use the numeric keyboard to enter 3.2 GHz, or click the frequency input box on the touch screen to pop up the virtual keyboard and enter 3.2 GHz on the virtual keyboard. Press the LEVEL button and use the numeric keyboard to enter -10 dBm, or click the level input box on the touch screen to pop up the virtual keyboard and enter -10 dBm on the virtual keyboard.
  • Page 46 Turn on ARB State ; At this time, the waveform sequence “seq1” is played. You can return to the main page and click button in the IQ MOD block to view the played waveform. The waveform currently playing is shown as below: int.siglent.com...

  • Page 47: Add Awgn To Modulated Signal In Arb Mode

    SSG5000X/X-V Series User Manual Add AWGN to Modulated Signal in ARB Mode 7.10 Using the ARB (arbitrary waveform) mode of SSG5000X-V, you can add Additive White Gaussian Noise (AWGN) to the carrier while modulating the carrier. Restore factory settings Press the UTILITY button or click UTILITY module > Setting > Preset Type on the touch screen to set the reset type to default;...

  • Page 48: Download/Upload Files Using Ftp (Lan)

    Here's how to use FileZilla software to download or upload files via LAN. Install FileZilla software on your computer. Set the LAN parameters of the signal generator, and ensure that the IP address can be pinged. Open the FileZilla software, the user interface is as shown below: int.siglent.com...
  • Page 49 SSG5000X/X-V Series User Manual Fill in the IP address of the signal generator in the "Host" input box of the FileZilla software, and then click the "Quickconnect" button to connect to the signal source. Once the signal source is connected, you can transfer files between the local site (computer) and the remote site (the “Local”...
  • Page 50 SSG5000X/X-V Series User Manual int.siglent.com...

  • Page 51: Front Panel Operation

    SSG5000X/X-V Series User Manual 8 Front Panel Operation This chapter introduces in detail the function keys on the front panel of SSG5000X/X-V and the associated menu functions. Frequency You can set the frequency value in the display frequency input box on the status bar, or you can set the frequency value in the frequency parameter setting area.

  • Page 52: Frequency Offset

    Click Reset Phase delta display button to reset the currently displayed phase offset value to 0 degrees, but the actual phase offset of the signal does not change. RF State 8.1.4 Functionally equivalent to the RF ON/OFF button on the front panel. int.siglent.com...

  • Page 53: Level

    SSG5000X/X-V Series User Manual Level You can set the level value in the display level input box on the status bar, or you can set the level value in the level parameter setting area. Note that there is a difference between the display level on the status bar and the level in the parameter setting area.

  • Page 54: Alc State

    RF frequency. For frequencies not included in the list, the level correction is determined by linear interpolation of the nearest correction value. After the flatness correction function is turned on, a blue "UF" icon will be displayed on the status bar of the user interface. int.siglent.com...
  • Page 55 SSG5000X/X-V Series User Manual Create Flatness List 8.2.4.1 Press LEVEL > Flatness , or click RF module on the home page > LEVEL > Flatness , and then click to enter the flatness list editing page. Figure 8-3 Flatness list editing page The flatness list consists of index, correction frequency and level correction value, and is an empty list by default.
  • Page 56 When using the auto-fill flatness list function, please connect the power meter correctly to the RF signal source. If a power meter is not connected or is not recognized, the flatness list will not automatically populate. Please pay attention to the pop-up message. int.siglent.com...
  • Page 57 SSG5000X/X-V Series User Manual When automatically filling the flatness list, there’s no need for you to turn on the RF state or  sensor state. Before or after “Fill Flatness With Sensor” executed, the RF state and sensor state will be turned on or turned off automatically. ...

  • Page 58: Sweep

    NOTE: Turning on RF sweep turns off the power control function of the power meter. If an RF sweeping is in progress, the power meter's power control function cannot be turned on. int.siglent.com...

  • Page 59: Step Sweep

    SSG5000X/X-V Series User Manual Step Sweep 8.3.2 The step sweep is on by default. Click the slide to switch the on-off state. Click to enter the parameter setting menu of step sweep. NOTE: The step sweep and list sweep are mutually exclusive. One will shut off automatically when the other is on.

  • Page 60: Sweep Direction

    Sweep Direction 8.3.4 The sweep direction defaults to “Up”. The signal source provides two types: “Up” Or “Down”. Click the drop-down box of Direction to enable the corresponding sweep direction. int.siglent.com...

  • Page 61: Sweep Mode

    SSG5000X/X-V Series User Manual  Up: The signal source sweeps from the start frequency or start level to the stop frequency or stop level. The progress bar displayed in the parameter bar sweeps from left to right.  Down: The signal source sweeps from the stop frequency or stop level to the start frequency or start level.

  • Page 62: Point Trigger

    If the sweep mode is “Continuous”, the device will sweep one point each time it receives a “*TRG” command.  If the sweep mode is “Single”, first click the Execute single sweep button, then the device will sweep one point each time it receives a “*TRG” command. The sweep stops after completing one cycle. int.siglent.com...

  • Page 63: Trigger Slope

    SSG5000X/X-V Series User Manual The device receives the external trigger signal input from the [TRIG IN/OUT] connector on the rear panel.  If the sweep mode is “Continuous”, the device will sweep one point each time it receives a TTL pulse of specified polarity.

  • Page 64: Analog Modulation

    MOD button several times until you switch to the AM page. AM State 8.4.1.1 Press AM State to turn on or off the amplitude modulation. AM Source 8.4.1.2 Internal and/or external source can be selected for amplitude modulation. Press AM Source to set int.siglent.com...
  • Page 65 SSG5000X/X-V Series User Manual the amplitude modulation source to “Int”, “Ext” or “Int + Ext”. The default is “Int”. The internal modulation source is generated inside the instrument and is shared with the low frequency generator (LF). When internal source modulation is on, the LF output will be off. When the LF output is on, internal source modulation will be off.

  • Page 66: Frequency Modulation (Fm)

    Press FM State to turn on or off the frequency modulation. FM Source 8.4.2.2 Internal1, internal2 and/or external source can be selected for frequency modulation. Press FM Source to set the frequency modulation source to “Int1”, “Int2”, “Int1 + Int2”, “Ext”, “Int1 + Ext” or int.siglent.com...
  • Page 67 SSG5000X/X-V Series User Manual “Dual”. The default is “Int1”. 1. Int When "Int1", "Int2", "Int1 + Int2" or "Dual" is selected, the modulation source is completely generated within the instrument and is collectively referred to as "Internal Source". There are two internal sources to choose from, Internal Source 1 and Internal Source 2.
  • Page 68 FM Phase 8.4.2.7 When the modulation source selects “Int1 + Int2” or "Dual", set the initial phase of the waveform signal generated by Internal source1 or Internal source2. Different phase settings will affect the final Modulation results. int.siglent.com...

  • Page 69: Phase Modulation (Pm)

    SSG5000X/X-V Series User Manual The setting range of FM phase is -360° ~ +360°. FM Proportion 8.4.2.8 When "Dual" is selected as the modulation source, set the respective amplitude ratios of the waveform signals of internal source 1 and internal source 2 during the superposition process, that is: The amplitude of the superimposed waveform = setting value ×...
  • Page 70 Phase deviation of RF output = setting value × 0.5 + amplitude of external input signal × external modulation sensitivity For example, if the maximum phase deviation is set to 1 rad, the phase deviation allocated to the int.siglent.com...

  • Page 71: Pulse Modulation (Pulse)

    SSG5000X/X-V Series User Manual internal source and the external source is 50% each. Since the external modulation sensitivity is 0.25 rad/V, the actual maximum phase offset is 1 rad when the external modulation signal is 2 Vpp (0 V offset), and the actual maximum phase offset is 0.75 rad when the external modulation signal is 1 Vpp (0 V offset).
  • Page 72 Pulse Width 8.4.4.6 Pulse width represents the high-level duration of a single-pulse modulation signal, or the high-level duration of the first pulse of a double-pulse modulation signal. int.siglent.com...
  • Page 73 SSG5000X/X-V Series User Manual Double Pulse Delay 8.4.4.7 Double-pulse delay represents the delay from the start of the first pulse to the start of the second pulse in a single cycle of a double-pulse modulation signal. #2 Width 8.4.4.8 #2 Pulse Width represents the high duration of the second pulse within a single cycle in a double pulse modulation signal.
  • Page 74 int.siglent.com...
  • Page 75 SSG5000X/X-V Series User Manual Control area Click to return to the pulse train editting page.   Click to restore the waveform to the initial state. The “Zoom Position” parameter control displays the center position of the current waveform, and ...
  • Page 76 The trigger mode defaults to “Auto”. The RF signal source offers five pulse trigger types: “Auto”, “Key”, “Bus”, “Ext Trig” and “Ext Gate”. Click the drop-down box corresponding to the trigger mode to select the desired type.  Auto: The signal source satisfies the trigger condition at any time. int.siglent.com...
  • Page 77 SSG5000X/X-V Series User Manual  Key: When the trigger mode is selected as "key", the user interface will display the Click to trigger button. Each time you press the Trigger key or the Click to trigger button on the user interface, the RF signal source will start a pulse modulation. ...

  • Page 78: Lf Source

    Press LF Level Offset to set the amplitude offset of the LF output. The setting range is | ���� ���������� ������������ | ≤ min (2.5 − ����������, 2 ��) LF Phase 8.5.1.6 Press LF Phase to set the LF phase. The setting range is -360° ~ 360°, and it supports setting in degrees or radians. int.siglent.com...

  • Page 79: Lf Sweep

    SSG5000X/X-V Series User Manual LF Sweep 8.5.2 The RF signal source supports outputting LF waveforms that gradually change from the start frequency to the end frequency within a specified time, that is, LF output supports frequency sweeping. Press the LF key on the front panel, select LF Sweep in the menu, or click LF Module > LF Sweep on the home page to enter the LF Sweep parameter setting interface.
  • Page 80 The sweep sequence is similar to a "triangle wave". Sweep Space 8.5.2.11 Press Sweep Space to select the mode for the calculation of the frequency sweep intervals. int.siglent.com...
  • Page 81 SSG5000X/X-V Series User Manual  Linear: Take the frequency value entered as an absolute value in Hz.  Log: Takes the value entered as a logarithmic value that means as a constant fraction of current frequency in %. i n t . s i g l e n t . c o m...

  • Page 82: Power Sensor

    Turn on or off the level measurement by the power sensor. The default is "off". After turning on the power sensor measurement function, the measurement control refreshes the power sensor measurement value in real time. Measurement 8.6.1.3 Display the current reading of the sensor. int.siglent.com...
  • Page 83 SSG5000X/X-V Series User Manual You can select the unit used for result display: dBm, dBμV, uV, mV, V, nW, uW, mW, W. Level Control 8.6.1.4 With the Level Control function, you can achieve very stable and accurate RF power your DUT. With the aid of a downstream control circuit, a CLPC (Closed Loop Power Control), you can detect frequency response characteristics of the components: such as losses due to cables, modules or components and compensate these effects accordingly.
  • Page 84 The log function is disabled by default. Click the slide switch to turn on or off the function. When the log function is turned on, the signal generator will record the measurement values and save them in a log file in TXT format. The log file is saved in the path: Local:/power_sensor/. int.siglent.com...

  • Page 85: Level Control

    SSG5000X/X-V Series User Manual Level Control 8.6.2 Figure 8-9 Power control As shown above, the sensor measures a proportional power in defined time intervals, derived from a coupler. It considers optionally the given S-parameters and returns the results to the generator. The signal generator compares the measured level with the set value and adjusts its output level accordingly.
  • Page 86 RF signal is adjusted and compensated. Set the capture range of the control system. If the power sensor reading exceeds this range, the reading will be ignored. Effective Capture Range = Target Level +/- Catch Range int.siglent.com...

  • Page 87: Iq Modulation

    SSG5000X/X-V Series User Manual IQ Modulation IQ modulation, that is, two orthogonal signals (carriers with the same frequency and phase difference of 90°, generally expressed by Sin and Cos) and I (In-Phase, in-phase component) and Q (Quadrature Phase, quadrature component) signals are carrier modulated separately and then transmitted together, thereby improving spectrum utilization.

  • Page 88: Utility

    User: The user specified configuration will be loaded when PRESET is pressed. Note: After selecting the preset type as “User”, the file management interface will automatically open to allow the user to load the configuration file. You can also click to change the configuration file. Factory Reset int.siglent.com...
  • Page 89 SSG5000X/X-V Series User Manual Restore the instrument configuration to factory settings. Press UTILITY > Setting > Factory Reset , set the instrument parameters and status to factory defaults. To restore factory settings, in addition to loading the default settings, the following functions and parameters will also be configured.
  • Page 90 11. Log Info The log function mainly records the operation records and some important event records during the operation of the system. When certain problems occur, it can provide some prompt information or int.siglent.com...
  • Page 91 SSG5000X/X-V Series User Manual traceback record information to users and developers. Press UTILITY > Setting > Time Setting to view the log list of the RF signal source. In the log info interface, you can also save or clear the log content. System Info 8.8.1.2 Press UTILITY >...
  • Page 92 "siglent" by clicking the "Reset to default" button. GPIB Setting Set the GPIB address from 1 to 30. A SIGLENT USB-GPIB adapter should be connected to the USB Host port of the RF signal source to expand the instrument's USB interface into a GPIB interface.
  • Page 93 SSG5000X/X-V Series User Manual Self Test 8.8.1.4 Press UTILITY > Self Test to enter the system's self-test interface. 1. LCD Test Press LCD Test to enter the screen detection. The RF signal source cycles through the red, green and blue pixels of the display to verify whether there are dot defects on the screen.
  • Page 94 Help 8.8.1.9 The built-in help system provides help information for each function and menu option on the front panel. Press UTILITY button and select Help to enter help interface. Click to enter the corresponding directory. int.siglent.com...

  • Page 95: File

    Figure 8-10 Help interface Contact Us 8.8.1.10 Press UTILITY > Contact Us to view the contact information for SIGLENT. You can contact us to solve the problems meet in practical use. You can also write info@siglent.com or call your local SIGLENT sales office for support.
  • Page 96 Power sensor log file State System state file Configuration update file Update System update file Recall Click Recall to load the selected file. Save Click Save to save the file with corresponding type according to the type of data. int.siglent.com...
  • Page 97 SSG5000X/X-V Series User Manual Delete Click Delete to delete the selected file or folder. New Dir Click New Dir to create new folders. Rename Click Rename to rename a file or folder. Copy Click Copy to copy the selected file or folder. Paste Click Paste to paste the copied file or folder to specified location.

  • Page 98: Shortcut Keys

    Table 8-5 Default Settings Parameter Default Value RF State Frequency Frequency 6 GHz Freq Offset 0 Hz Phase Offset 0 deg Level Level -130 dBm Level Offset 0 dB ALC State Auto int.siglent.com...
  • Page 99 SSG5000X/X-V Series User Manual Flatness Sweep Sweep State Sweep Mode Continuous Direction Trigger Mode Auto Point Trigger Auto Trigger Slope Positive Step Sweep Step Sweep State Start Freq 6 GHz Stop Freq 6 GHz Start Level -130 dBm Stop Level -130 dBm Sweep Points Dwell Time...
  • Page 100 2 ms Pulse Trigger Auto Trig Delay 140 ns Trigger Slope Positive Trig Polarity Normal Pulse Train Trigger Out Pulse Out Pulse Out Polarity Normal LF Source LF State LF Shape Sine LF Frequency 1 kHz LF Level 500 mVpp int.siglent.com...
  • Page 101 SSG5000X/X-V Series User Manual LF Offset 0 uV LF Phase 0 deg LF Sweep Sweep State Start Freq 500 Hz Stop Freq 1.5 kHz Center Freq 1 kHz Freq Span 1 kHz Sweep Time Trigger Mode Auto Sweep Shape Sawtooth Trigger Mode Linear Direction...
  • Page 102 Carrier Table SINE_WAVE,0,0,0 Signal Period Mode Signal Period 100 us Sampling Rate 2 MHz Marker Utilities Marker Number Output Mux Marker Polarity Negative Pulse/RF Blank Marker Delay 0 us Set Markers 1,1,0 Waveform Utilities Select Segment *NONE Scaling 100 % int.siglent.com...
  • Page 103 SSG5000X/X-V Series User Manual Clipping Type |I+jQ| Clip |I+jQ| to 100 % Trigger Trigger Type Continuous Continuous Mode Free Run I/Q Control I/Q Mod State I/Q Source Internal Compensation Channel I/Q Adjustment Gain Balance 0 dB I Offset Q Offset Quad Angle Adjustment 0 deg I/Q Swap...
  • Page 104 Data Mode Truncated Symbol Timing Error 0 ppm Frequency Offset 0 Hz Z-Wave Z-Wave State Oversampling Ratio Number of Frames Data Rate R1-9.6 kbps Modulation Idle Interval 100 us Ramp Symbols Ramp Up/Down Symbol First/Last Preamble Length 10 Octets int.siglent.com...

  • Page 105: Home

    SSG5000X/X-V Series User Manual Start of Frame Delimiter (Hex) MAC Header State MAC Header 12345678,01,3412,2A,01,01 Data Type Seed (Hex) Data Length 32 Octets Data Mode Truncated MAC FCS End of Frame Delimiter Symbol Timing Error 0 ppm Frequency Offset 0 Hz Frequency Deviation Scaling 100 % Guassian BT...

  • Page 106: Trigger

    Press this key to turn on the RF output, the key backlight turns on, and the RF icon in the user interface status bar changes from gray to blue. Press this key again to turn off the RF output, the key backlight turns off, and the RF icon in the user interface status bar changes from blue to gray. int.siglent.com...

  • Page 107: Custom

    SSG5000X/X-V Series User Manual Custom 8.10 Custom IQ modulation types include QAM, ASK, PSK, FSK, and MSK modulation. You can also customize IQ data for modulation. Custom State 8.10.1 Press I/Q > Custom > Custom State to turn on or off the Custom modulation. Data Source 8.10.2 Press I/Q >...

  • Page 108: Modulation

    Select a type in the QAM category for modulation. Choices: 16QAM | 32QAM | 64QAM | 128QAM | 256QAM | 512QAM. Default: 16QAM.  Select a type in the ASK category for modulation. Choices: 2ASK | 4ASK | 8ASK | 16ASK. Default: 2ASK. int.siglent.com...
  • Page 109 SSG5000X/X-V Series User Manual  Select a type in the PSK category for modulation. Choices: BPSK | QPSK | 8PSK | DBPSK | DQPSK | D8PSK | OQPSK| PI/4-DQPSK | PI/8- D8PSK. Default: BPSK.  MFSK Select a type in the MFSK category for modulation. Choices: 2FSK | 4FSK | 8FSK | 16FSK | MSK.
  • Page 110 When the modulation type is selected as 2FSK | 4FSK | 8FSK | 16FSK, the FSK Deviation setting is displayed. FSK Deviation is used to set the frequency deviation of FSK modulation in Hertz (Hz). Range: 0 ~ 0.8 * Symbol Rate * OverSampling. int.siglent.com...

  • Page 111: Filter

    SSG5000X/X-V Series User Manual Default: 600 kHz. Filter 8.10.4 Press I/Q > Custom > Filter to enter the filter settings for Custom modulation. Filter Type 8.10.4.1 Set the filter type for current modulation. Choices: RaiseCosine | RootCosine | Gaussian | HalfSine | None. Default: RootCosine.

  • Page 112: Save Waveform

    SSG5000X/X-V Series User Manual parameters and then click the Update button. Save Waveform 8.10.6 Click the Save Waveform button to save the current Custom settings to an ARB file. int.siglent.com...

  • Page 113: Arb

    SSG5000X/X-V Series User Manual 8.11 ARB State 8.11.1 Press I/Q > ARB > ARB State to turn ARB on or off. Select Waveform 8.11.2 Press I/Q > ARB > Select Waveform to enter the volatile waveform segment and waveform sequence directory and select the waveform segment or waveform sequence to be played. Volatile memory, baseband generator (BBG) media, where waveform files are played from or ...

  • Page 114: Waveform Sequence

    This allows SSG5000X-V to play multiple waveform segments or sequences continuously without stopping. A waveform sequence can contain up to 1024 segments, and can also include both segments and other sequences (nested sequences). The signal generator can let you set the number of times the int.siglent.com...
  • Page 115 SSG5000X/X-V Series User Manual segments and nested sequences repeat in a waveform sequence:  Each segment can repeat up to 65535 times, but only counted as one segment;  However, the repetition of a nested sequence counts as additional segments. For example, if a waveform sequence contains 24 segments and one nested sequence with 10 segments, the nested sequence can only repeat (1024-24) / 10 = 100 times at most.
  • Page 116 Load Load the waveform sequence file (*.SEQ) in the non-volatile memory into the waveform sequence list. Example: Play a Sequence 8.11.4.3 After creating a sequence, you can choose to play it: int.siglent.com...

  • Page 117: Arb Setup

    SSG5000X/X-V Series User Manual Press I/Q > ARB > Select Waveform to select the waveform sequence to be played. Turn on ARB State . Turn on the I/Q MOD module switch on the home page, or turn on MOD ON/OFF . Configuring RF Output.
  • Page 118 Carrier to Noise Ratio Format 8.11.5.3.3 Selects either the Carrier to Noise Ratio (C/N) or energy per bit over noise power density at the receiver (Eb/No) as the variable controlling the ratio of the carrier power to noise power in the carrier int.siglent.com...

  • Page 119: Multi Carrier

    SSG5000X/X-V Series User Manual bandwidth. Eb/No Carrier Bit Equation: bitRate C/N = Eb/No + 10 log When Eb/No is selected, the Carrier Bit Rate setting appears and can be used to calculate the Eb/No value. Carrier Bandwidth 8.11.5.3.4 For the selected carrier to noise ratio, the carrier power and channel noise power are integrated over the carrier bandwidth.
  • Page 120 In the resulting multi carrier signal, the RMS power of the second carrier signal will be 3 dB lower than the RMS power of the first carrier signal. Carrier Table 8.11.6.4 Click this item to enter the multi-carrier table setting interface, which contains the settings of each int.siglent.com...
  • Page 121 SSG5000X/X-V Series User Manual carrier: Figure 8-17 Multi-carrier table setting interface This page comprises the settings of each carrier, and all the carriers are displayed in table form. The number of rows corresponds to the number of carriers. Each row of parameters in the table represents the settings of a single carrier: Carrier: Set the carrier signal by selecting the corresponding file from the volatile memory.
  • Page 122 Click this button to create a multi-carrier signal based on the current settings, load the multi-carrier signal into volatile memory, and then automatically select the multi-carrier signal in ARB > Select Waveform . Create a Multi-carrier Signal 8.11.6.9 To create a multi-carrier waveform file, follow these steps: int.siglent.com...

  • Page 123: Marker Utilities

    SSG5000X/X-V Series User Manual Enter the "Carrier Table", add each carrier as required, and configure the frequency offset, power gain, phase and other parameters. You can also use the “Assistant” function to add multiple carriers to the carrier list at one time. Set the "Signal Period"...
  • Page 124 When marker polarity is negative, the RF output is blanked during the on marker points. Marker Delay 8.11.7.6 Set the delay time of pulse signal output by the [IQ_EVENT] connector relative to RF signal. The delay range is -4000 ns to 860 us, and default value is 0 us. int.siglent.com...
  • Page 125 SSG5000X/X-V Series User Manual Set Markers 8.11.7.7 Click this item to enter the marker setting interface. Figure 8-18 Marker setting interface As shown in above figure, the marker setting page is composed of waveform segment selection area, marker setting area and menu bar. Waveform Segment Selection Area The waveform segment selection area lists all waveform segments in the current volatile memory and their corresponding sampling points.
  • Page 126 Control area:  Click to return to the previous marker point setting page; Click to resume the diagram to the initial state;   Click to zoom in the diagram;  Click to zoom out the diagram; int.siglent.com...

  • Page 127: Waveform Utilities

    SSG5000X/X-V Series User Manual  The “Zoom Position” parameter sets the start position of the diagram, and the zoom operation is based on this position. Waveform Utilities 8.11.8 Press I/Q > ARB > Waveform Utilities to enter the waveform segment scaling and clipping page.
  • Page 128 Clip |I+jQ| to Set the percentage of I / Q signal value ( √�� ) reduced to the peak value. + ��  Clip |I| to Set I Waveform clipping percentage.  Clip |Q| to Set Q Waveform clipping percentage. int.siglent.com...
  • Page 129 SSG5000X/X-V Series User Manual Apply to Waveform 8.11.8.4 Click the "Apply to Waveform" button to make waveform scaling or clipping effective. Note: Waveform scaling and clipping are non–reversible. Any data lost in the scaling or clipping operation cannot be restored. Save a copy of the waveform file before scaling or clipping. Display CCDF 8.11.8.5 Click to view the CCDF (Complementary Cumulative Distribution Figure) before and after waveform...

  • Page 130: Trigger

    The Single Mode can be set to no retrigger, buffered trigger or restart on trigger mode. No Retrigger: Ignores an early trigger received while a waveform is playing. Buffered Trig: An early trigger received while a waveform is playing waits until the current waveform completes, then plays the waveform once more. int.siglent.com...
  • Page 131 SSG5000X/X-V Series User Manual Restart on Trig: An early trigger received while the waveform is playing immediately restarts the waveform. Segment Advance Mode 8.11.9.4 The Segment Advance mode can be set to single or continuous mode. Single: A segment in a sequence plays once, ignoring the repetition setting, after which the dual ARB player stops and waits for a trigger before advancing to the next segment.

  • Page 132: 8.11.10 Waveform Header

    The waveform sequence header file takes precedence over the header file of each waveform segment. When the waveform sequence is played, the waveform segment header files are ignored and the waveform sequence header file is automatically loaded into the signal generator. int.siglent.com...
  • Page 133 SSG5000X/X-V Series User Manual 8.11.10.2 Editing a Waveform Header The editing interface of a waveform header is shown as below. Figure 8-21 Waveform header editing interface The waveform header editing interface is composed of title bar, parameter display area and menu bar. Title Bar Display the currently selected waveform segment or waveform sequence.

  • Page 134: 8.11.11 Waveform Segment File Type

    ARB waveform segments can be loaded into three file types: *.arb, *.WDbin and *.txt. 8.11.11.1 arb file The arb file (*.arb) is generated by the signal generator, or generated by SIGLENT SigIQPro software. 8.11.11.2 WDbin file A WDbin file (*.WDbin) is a binary file of pure waveform data. The I and Q waveform data are 16-bit complement data and are alternately stored in the file.
  • Page 135 SSG5000X/X-V Series User Manual i n t . s i g l e n t . c o m 1 2 7...

  • Page 136: Stream

    A stream file (*.stream) contains the header and IQ data. Among them,  The first 128 bytes are the header of the file. The “siglent” mark and rms value should be specified.  The rest is binary data. I and Q waveform data are 16-bit complement data and are alternately stored in the file.

  • Page 137: How To Play A Stream File

    SSG5000X/X-V Series User Manual  Sum the baseband signal with external I and Q inputs to create a multicarrier signal.  Use the signal generator’s I/Q signal as an IF. How to Play a Stream File 8.12.3 Steps below describe how to play a stream file: Press FREQ >...

  • Page 138: Iot

    Displays the waveform length that are included in the waveform. You cannot edit this cell. The waveform length can be calculated by total sample points and sample rate of the waveform. Waveform Length = Total Sample Points / sample rate int.siglent.com...

  • Page 139: Marker Setup

    SSG5000X/X-V Series User Manual Marker Setup 8.13.3 Press I/Q > IoT > Marker to enter the waveform’s marker setup interface. Figure 8-23 IoT setting page Marker 1 Source 8.13.3.1 Choices: Waveform Start | Frame Start. Default: Frame Start. Configure the marker points for Marker 1. Marker 2 Source 8.13.3.2 Choices: Waveform Start | Frame Start.

  • Page 140: Iot Trigger

    The trigger function in IoT is the same as that in ARB, but with fewer features. For details, please refer to the “Trigger” section in ARB mode. Note that there is no trigger mode to set for single trigger in IoT, and the default single trigger mode can be considered as "No Retrigger". int.siglent.com...

  • Page 141: Multitone

    SSG5000X/X-V Series User Manual Multitone 8.14 Press I/Q > Multitone to enter multitone mode. Multitone mode supports up to 20 tones. The highest sampling rate is 240 MHz, and the maximum spectral spacing can be up to 120 MHz. Both unilateral spectrum and bilateral spectrum modes are supported.

  • Page 142: Load State

    SSG5000X/X-V Series User Manual Load State 8.14.7 Press I/Q > Multitone > Load State to load a MULSTATE file from the file browser as the setting parameters for Multitone mode. int.siglent.com...

  • Page 143: Awgn

    SSG5000X/X-V Series User Manual AWGN 8.15 Press > AWGN to enter the AWGN setting menu. You can use AWGN (Additive White Gaussian Noise) to modulate the Carrier waveform. AWGN State 8.15.1 Press > AWGN > AWGN State to turn AWGN modulation on or off. When AWGN modulation is on, the user interface status bar will display a blue AWGN icon.

  • Page 144: I/Q Control

    RF: Compensate RF channel of the front panel. At this time, the compensation of the IQ signal output from the rear panel will be turned off.  Output: Compensate the I/Q signal output from the rear panel connectors. In this case the compensation from baseband to RF will be turned off. int.siglent.com...

  • Page 145: I/Q Adjustment

    SSG5000X/X-V Series User Manual I/Q Adjustment 8.16.4 Use I/Q Adjustment to compensate for or add impairments to the I/Q signals. This adjustment is available only on the RF output. Gain Balance 8.16.4.1 Adjust the I signal amplitude relative to the Q signal amplitude. And use it as an internal channel image optimization.

  • Page 146: I/Q Swap

    When IQ swapping is on, the Q signal will be inverted, and the output of the RF modulator will �� ( �� ) cos ( 2�� ∗ ���� ∗ �� ) − �� ( �� ) sin (2�� ∗ ���� ∗ ��) At this time the spectrum is the mirror image of the normal mode. int.siglent.com...

  • Page 147: Ieee 802.15.4 Zigbee

    SSG5000X/X-V Series User Manual 9 IEEE 802.15.4 ZigBee About ZigBee Protocol ZigBee is a low-power Internet of Things standard based on IEEE 802.15.4 standard, which is maintained by the Zigbee Alliance. According to this protocol, the technology is a short-distance, low- power wireless communication technology.

  • Page 148: Shr Field

    The SFD is a field indicating the end of the SHR and the start of the packet data. The length of the SFD field is 1 octet, and the value of SFD is fixed as below: Figure 9-3 Format of SFD field PHR Field 9.2.2 The PHR filed is formatted as below, and the length of it is 1 octet. int.siglent.com...

  • Page 149: Phy Payload Field

    SSG5000X/X-V Series User Manual Figure 9-4 Format of PHR field The Frame Length field specifies the total number of octets contained in the PSDU, i.e., PHY payload. PHY Payload Field 9.2.3 The PHY Payload field carries the PSDU (PHY Service Data Unit). PSDU is generated by the MAC layer and corresponds to the MPDU (MAC protocol data unit) at the MAC layer.
  • Page 150 0b000 to 0b111. Table 9-2 Values of Frame Type field Beacon Frame Format 9.2.3.2 The Beacon frame shall be formatted as below. Figure 9-8 Beacon frame format Data Frame Format 9.2.3.3 The Data frame shall be formatted as below. int.siglent.com...

  • Page 151: User Interface Settings

    SSG5000X/X-V Series User Manual Figure 9-9 Data frame format Ack Frame Format 9.2.3.4 The Ack frame shall be formatted as below. The Ack frame has no data payload. Figure 9-10 Ack frame format MAC Command Frame Format 9.2.3.5 The MAC Command frame shall be formatted as below. Figure 9-11 MAC Command frame format User Interface Settings General Settings...

  • Page 152: Ppdu Settings

    When you set the PHY Scheme and Frequency Band, the Data Rate changes according to “ Table 9-1 ”. You cannot edit this cell. Frequency bands and data rates PPDU Settings 9.3.2 Press I/Q > IoT > PPDU Settings to enter the ZigBee protocol PPDU settings. Figure 9-12 ZigBee PPDU setting interface int.siglent.com...
  • Page 153 SSG5000X/X-V Series User Manual Preamble (Hex) 9.3.2.1 Displays the Preamble field of PPDU in hexadecimal format. The length of the Preamble field is 4 octets, and the value is fixed as “00 00 00 00” in O-QPSK and BPSK PHY. SFD (Hex) 9.3.2.2 Displays the SFD field of PPDU in hexadecimal format.
  • Page 154 Click Return to return to the previous menu. Click > Load to select and load a UDATA file. Click > Save to save the current PN code to the UDATA file. Data Length 9.3.2.4.4 Enter the length of MAC payload in octets. Range: 0–127. Default: 20. int.siglent.com...

  • Page 155: Impairments

    SSG5000X/X-V Series User Manual Data Mode 9.3.2.4.5 Choices: Continuous | Truncated. Default: Continuous For a multi-frame signal, select the mode that is applied to the MAC payload. If there is only one frame in the signal, then there is no difference in the choices. ...

  • Page 156: Update

    Set Data Type as PN15. Set Seed (Hex) as 0x78. Set Data Length as 40 octets. Set Data Mode as Truncated. Switch MAC FCS on. Basic Settings 9.4.2.3 Press I/Q > IoT > Basic to set the oversampling ratio and frame number. int.siglent.com...

  • Page 157: Set The Carrier Signal

    SSG5000X/X-V Series User Manual Set Oversampling Ratio as 10. Set Number of Frames as 5. Set the Carrier Signal 9.4.3 Press FREQ , and set Frequency as 1 GHz. Press LEVEL , and set Level as -10 dBm. Turn On IQ Modulation and RF Output 9.4.4 Switch I/Q >...

  • Page 158: 10 Itu-T G.9959 Z-Wave

    The modulation and the coding format are summarized in table below. Table 10-1 Modulation and coding format Data Rates 10.1.2 The PHY shall comply with the data rate and accuracy requirements listed in table below. Table 10-2 Data rate and data rate accuracy int.siglent.com...

  • Page 159: Z-Wave Phy

    SSG5000X/X-V Series User Manual Z-Wave PHY 10.2 Within the PHY (physical layer), the ITU-T G.9959 Z-Wave signal is generated on a PPDU (Physical Protocol Data Unit) basis. The general PPDU frame includes the SHR, MSDU(PSDU) and EHR parts as outlined in Figure 10-1. The frame format is depicted in the order in which it is transmitted by the PHY, from left to right, where the leftmost bit is transmitted first in time.

  • Page 160: End Of Frame (Eof) Delimiter Field

    The EOF delimiter field shall be sent only when transmitting at data rate R1. The field shall carry a sequence of 8 Manchester code violations each denoted E. Each violation, E, shall be a symbol without transition. Figure 10-4 EOF delimiter pattern (R1 only) int.siglent.com...

  • Page 161: User Interface Settings

    SSG5000X/X-V Series User Manual User Interface Settings 10.3 Press I/Q > IoT > Protocol Type to set protocol type as Z-Wave firstly. Then you can set the parameters of Z-Wave. General Settings 10.3.1 Press General Settings to enter the Z-Wave protocol general settings. In General Settings, users can set Z-Wave data rate, modulation type, idle interval as well as ramp settings.

  • Page 162: Ppdu Settings

    Zero: ramps up and down on 0. PPDU Settings 10.3.2 These are the settings to configure the physical (PHY) protocol data unit (PPDU) which is the frame. Press PPDU Settings to enter the Z-Wave PPDU settings. Figure 10-6 Z-Wave PPDU setting interface int.siglent.com...
  • Page 163 SSG5000X/X-V Series User Manual PPDU Length 10.3.2.1 Display the total PPDU length in octets. See Figure 10-1 and Figure 10-3 for details. Preamble Length 10.3.2.2 Enter the preamble length, which is part of the SHR. Range: 10–100. Default: 10. Start of Frame Delimiter (Hex) 10.3.2.3 Enter the SOF field in hex in SHR.
  • Page 164  Continuous: Payload data bits are continuously distributed across multiple frames.  Truncated: Payload data bits are the same for all frames, with the data size truncated for one frame. int.siglent.com...

  • Page 165: Impairments

    SSG5000X/X-V Series User Manual MAC FCS 10.3.2.4.5 Enable or disable the MAC FCS. Choices: On | Off. Default: On.  On: data bits fill the FCS part per the standards.  Off: used to simulate an invalid FCS case. End of Frame Delimiter 10.3.2.5 Enable or disable EHR in the PPDU.

  • Page 166: Save Waveform

    Press I/Q > IoT > PPDU Settings to set the PPDU. Set Preamble Length as 12 octets. Set Start of Frame Delimiter (Hex) as 2B. Switch MAC Header on. Press to enter the header fields setting interface and set the header as: int.siglent.com...

  • Page 167: Set The Carrier Signal

    SSG5000X/X-V Series User Manual 10 Bytes [6B3552B6,36,3EB2,39,69,3B] The Length field cannot be set and shall indicate the length of the MPDU(PSDU) in octets.   When you set the Sequence Number field, you should turn it on first. Set Data Type as User. Click User Data and insert PN9.
  • Page 168 SSG5000X/X-V Series User Manual int.siglent.com...

  • Page 169: 11 Remote Control

    SSG5000X/X-V Series User Manual 11 Remote Control The RF signal source has USB, LAN and USB-GPIB interfaces. Based on these three interfaces, users can achieve remote control of RF signal source in a variety of ways. Remote Control via SCPI 11.1 Based on the above mentioned interfaces, the RF signal source supports remote control by sending SCPI commands to the instrument through NI-VISA, Telnet or Socket connection.
  • Page 170 Display and control area of the instrument. The display in this area is a copy of the instrument display. Using the mouse to operate in the area is equivalent to directly operating on the display of the instrument Click here to perform a screenshot Click here to perform a firmware upgrade int.siglent.com...

  • Page 171: 12 Troubleshooting

    The following lists the possible faults and troubleshooting methods that may occur during the use of the RF signal source. When you encounter these faults, please follow the corresponding steps to handle them. If the problem remains, please contact SIGLENT as soon as possible. The screen is still black with no display after power on: Check the power supply: ...
  • Page 172 Make sure that the USB storage device being used is a flash storage type. This signal source does not support hardware storage type. Restart the instrument and then insert the USB storage device to check it. If the USB storage device still cannot be used normally, please contact SIGLENT. Inaccurate measurement results or insufficient accuracy: int.siglent.com...
  • Page 173 SSG5000X/X-V Series User Manual Users can obtain detailed descriptions of technical indicators from the data sheet to calculate system errors and check measurement results and accuracy issues. To achieve the performance specifications listed in this manual, you need to: Check if the RF signal source is within the calibration period (1 year). Verify that the RF signal source has been warmed up for at least 30 minutes before testing.
  • Page 174 DC power supplies, electronic loads and other general purpose test instrumentation. Since its first oscilloscope was launched in 2005, SIGLENT has become the fastest growing manufacturer of digital oscilloscopes. We firmly believe that today SIGLENT is the best value in electronic test & measurement. Headquarters: SIGLENT Technologies Co., Ltd...

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