▶ RM-1-DG1000Z : Rack Mount Kit (for single instrument)
▶ RM-2-DG1000Z : Rack Mount Kit (for dual instrument)
▶ USB-GPIB : USB-GPIB Converter
▶USB Cable
동영상
F A Q
How do I activate the DG1000Z Memory Upgrade?
Here are brief instructions on expanding the memory of the DG1000Z arbitrary waveform generator.
DG1000Z Firmware Upgrade Procedure
Here is the upgrade procedure for the DG1000Z.
Using CSV files with UltraStation
This note describes how to cut-and-paste CSV data to a CSV template and download the waveform to an arbitrary waveform generator. It also contains CSV templates for the DG1Z, DG4, and DG5 series of arbitrary waveform generators.
How do I minimize range glitching on a DG1000Z?
Arbitrary waveform generators like the Rigol DG1000Z have output ranges that extend the voltage values that the instrument can source. Setting one output value to another may cause a range change and a subsequent glitch could occur. To help minimize glitching, the DG1Z
How do I add noise to a DG1000Z waveform?
This note covers manually adding gaussian noise to a waveform on the DG1000Z arbitrary waveform generator.
How to burst a modulated waveform with a DG
LAN Troubleshooting using PuTTY
PuTTY is an open source network terminal emulator. It can be easily configured to help troubleshoot LAN connection issues to instrumentation.
LabVIEW DG1Z arbitrary waveform download from CSV spreadsheet
This example, written in LabVIEW 2011, will allow you to download an arbitrary waveform using data from a CSV spreadsheet.
LabVIEW 2011 Example: Downloading a CSV to a DG1000Z Arbitrary Waveform Generator
This example allows you to pull a CSV file from a computer and download it to DG1000Z series arbitrary waveform generator.
When I plug in my instrument via USB, I get a Windows Page Fault error ( Blue Screen of Death / BSoD ).
There is a known issue with the IVI VISA Shared components version. See attached document for more details.
Why does the amplitude of my function generator not match the displayed amplitude?
Instruments like the Rigol DG Arbitrary Waveform Generators are designed with a 50 ohm output impedance in parallel with the output of the instrument. When a circuit or device is connected to the output, it is electrically connected in parallel to this 50 ohms. With such
Software Compatibility
The attached PDF file describes Windows 7 Compatibility Issues.
VISA Runtime for Apple OS X
To use a VISA compatible Rigol instrument under Apple OS X, the user must install National Instruments VISA run-time engine for OS X As of this writing the latest OS X VISA run-time engine from National Instruments is NI-VISA 5.0 NI-VISA 5.0 can be downloaded directly
Help File Error: Navigation to web page cancelled.
Some instrument manuals are compiled HTML files with extensions ending in .CHM. On occasion, they have shown "Navigation to web page cancelled". Here are some steps to help solve that error.
Bits vs. dBs
Here are instructions on converting bits of resolution to dBs.
My Instrument IVI Driver does not appear in the LabVIEW tools palette.
You may need to manually find and convert the IVI driver. See attachment for more details.
The instrument not recognized over the USB bus
In some cases, an instrument may not be recognized over the USB bus. Here are some troubleshooting hints to help.
Are your products UL or CSA listed?
At this time, many of our products are C TUV USA listed. Per the TUV website,http://www.certipedia.com/companies/37679/certificates?locale=enThe C TUV US mark is recognized as the equivalent and direct replacement to the UL and CSA marks by city, county and state/provincial
Rigol Scopes VISA Driver Installation / Rigol's UltraScope software not detect Rigol scope attached to PC via USB OR User receives "Run Time Error '48': File not found VISA32.DLL" error message when UltraScope is launched.
The user either has not installed the latest available National Instruments VISA Runtime engine or the version of National Instrument’s VISA Runtime Engine included on the CD that the user installed is outdated. In both cases, the recommended solution is to visit National
How do I phase synchronize two arbitrary waveform generators?
Here are brief instructions on synchronizing the phase of two waveform generators.
Does the instrument clock accuracy match the external clock accuracy?
VB.NET basic instrument communication example
Here is a short example on using National Instrument VISA and VB.NET to communicate with an instrument.
How to use Burst mode to precisely synchronize the outputs of multiple generators.
Many arbitrary waveform generators have burst mode. This can be used to tightly synchronize the outputs of multiple generators.
Basic phase alignment of two output signals with the DG series
This note shows the basic technique of aligning two phases on a dual channel DG series arbitrary waveform generator.
What is the file format used with DG arbitrary waveforms?
The attached document highlights the file formats used in the DG1000, DG1000Z, DG4000, and DG5000 series of arbitrary waveform generators.
PyVISA example of instrument control via Python and NI-VISA
A short example showing instrument communications using the PyVISA 1.4 VISA wrapper with Python 2.7.9 and National Instruments VISA layer.
NationalInstruments.Common and NationalInstruments.VisaNS are not being found with .NET
Go to Solution Explorer, right click on the file of interest (NationalInstruments.Common or NationalInstruments.VisaNS) and change Specific Version to False.
Firmware update troubleshooting Tips
Here are some tips if you are having issues updating the firmware on a Rigol product.
Why does the amplitude drop to 0V for a time when I change the duty cycle on my DG1022 or DG4000?
The DG1022 and DG4000 arbitrary waveform generators have a hardware limitation that prevents them from output during a duty cycle change. During the transition from one duty cycle value to another, the amplitude will be at 0V. If your application requires a smooth transition
Application Note
SiFi Technology in Arb Wave Creation
Application note outlining the advantages of SiFI technology vs. DDS technology in making and using arbitrary waves.
DSG Signal Emulation App Note
Application details on using a DSG800 series Signal Source to emulate and debug 2.4 GHz RF systems
Precompliance: Susceptibility testing
This Application note covers tips and tricks to performing precompliance susceptibility testing.
PA1011 Power Amplifier Application Note
FM signal transmission and demodulation demo
This application uses a DG4162 arbitrary waveform generator and audio source to create a custom FM transmission and then a DSA-1030A spectrum analyzer to receive and demodulate the signal.