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Category: Knowledge Base DP800 Series

DP800 Timer File Format
The DP800 can load Timer files that are created externally, these timer files need to be saved as CSV files and can be created using Excel. Below shows an example of a timer file. Note that the file cannot exceed 2048 steps.
Step Time(s) Volt(V) Curr(A) 1 1 3.3 0.01 2 600 6.3 0.1 
How to use the Timer Function on the DP800
The timer function can be used on the DP800A or the DP800 series if a Timer option has been installed.
To create a Timer file on the instrument, press the “Timer” button and then press “Timer Set”. Once you are in the Timer Set to enter a value you need to press the “Parameter” then to navigate to your desired cell use the arrow buttons to the right and then use the number pad to enter your desired value. Increase the number of Steps use and to navigate through the Steps use the up and down around on the display.
To save a timer file arrow over to the second page of the Timer Set menu and then press save and with in this menu you will be able to save the Timer file either internally or onto a flash drive.
To load the timer file from the Timer Set menu arrow over to the third page of the Timer Set menu and then press the back button. Next turn on the timer and the power supply will start to step through your desired current and voltage requirements for each step.

Rigol PC Software Versions
The table below lists the versions of Rigol PC software applications that are currently available for download from this Rigol-UK website.
To find a download for your instrument…
Go to the webpage for your instrument > Click on the ‘DOCUMENTS, SOFTWARE & VIDEOS’ tab (beneath the images).
The downloads will be found in the ‘PC Software’ section.Rigol PC Software Version on Website PA1000 00.01.01 RX1000 00.01.00.10 S1210 EMI Pre-Compliance Test 00.05.00.07 S1220 ASK/FSK Demodulation Analysis 00.01.00.02 S1501 Ultra Load 00.01.00.08 TX1000 00.01.00.02 Ultra Acquire 00.01.07.01 Ultra IQ Station 00.01.02.00 Ultra Power Analyser 00.01.01.01 Ultra Scope 00.01.01.07 Ultra Scope (DS1000B series) 00.01.06.00 Ultra Scope (DS1000D series) 00.01.08.00.00 Ultra Scope (DS1000E series) 00.01.10.00.00 Ultra Sensor 00.04.00.00 Ultra Sigma 00.01.06.01 Ultra Spectrum 00.01.00.27 Ultra Station 00.01.04.04 Ultra View 00.03.00.01.01 Ultra Wave 00.01.02 
What about RIGOL battery and portable use? Can you run RIGOL Scopes and Spectrum Analysers from Battery or portable UPS Power Supplies?
Running the DSA815 from a battery (see also comment about other instruments)
Although the size and weight of the DSA800’s make it attractive for use in locations where there is no power, it suffers from the lack of an internal battery. A Google search uncovers a raft of battery backed up power supplies but the recommendation is that the DSA800’s run from a supply that has a sine output. For this report, a DSA800 was connected to such a supply, the ac plug was pulled, and the Spectrum Analyser’s performance measured. For comparison, the instrument’s performance was also monitored as it was running from an ac plug in the lab. The test results are at the end of this report.
The first group of test parameters were:
- Start Freq 50 Mhz
- Stop Freq 51 Mhz
- Resolution Bandwidth 100 Hz
- Reference Level -56 dBm
- Preamplifier ON
- The second group of test parameters were:
- Center Freq 750 MHz
- Span 1 Mhz
- Resolution Bandwidth 100 Hz
- Reference Level -56 dBm
- Preamplifier ON
A Rigol DG4162 Function Generator was programmed to output a 50 MHz 0dBm signal and connected to the DSA800 input. The DSA800 was then configured to measure the function generators phase noise.
Before removing the power to the Battery Backed Up supply, the DSA800’s tracking generator was turned on. After running for about 90 minutes, the DSA Stopped Running.
Summary:
The images below document that it would be very hard to differentiate the power source option used with the DSA800 by looking at the performance curves. It should be noted again that the Battery Backed Up Power Supply (CyperPower 100PFCLCD) has been designed to output a sine wave.
Although not tested, it’s likely the Power Supply could be used with other Rigol Equipment. The Data Sheet for the Power Supply is at the end of this document.

USB stick / flash drive / memory sticks must fully compliant with USB2.0* standard compliant w/Win7 – Info on good sticks, esp. earlier models:
We have found many instruments to be fussy about USB sticks (more common on instruments of slightly longer-standing design).
Like PictBridge standard, USB memory specs can be quite open to interpretation and may vary between manufacturers. Please try the following guidelines if you are having difficulty – it is especially important you can rely on the stick you have chosen, if you decide to do any firmware updates on your machine*.
1) Smaller sticks are generally better –
– if you can, on older instruments steer clear of sticks above 4GB
– N.B. For saving DATA only: Newer models may happily accept some much larger sticks for saving data, but RIGOL says avoid larger sticks for critical use.
2) Use newly formatted FAT32 sticks only
3) Check your stick reliably connects to your particular instrument before relying on it for operational use
4) If you decide to do firmware updates* you should use a new blank stick ROOT and ALWAYS check the stick is reliable in normal save/recall operation before proceeding*.*firmware updates are at your own risk –
Telonic does not recommend this unless you decide it’s essential. (Ask for more details of our policy before proceeding so you know how this affects your RIGOL-UK warranty from Telonic).
Will I get a UK phone number for the team who sold to me?
Yes. With Telonic Ltd., Berkshire, for post-sales service you can always speak to someone UK-based first.

When installing Ultra Sigma I get a message PC telling me to install NIVISA / VISA Runtime engine. What am i doing wrong?
If you wish to use UltraSigma (PC driver set) you may be invited to install the National Instruments VISA/IVI drivers FIRST (industry-wide driver architecture for instrument). If you wish to proceed…
First of all, please install the NI-VISA runtime engine from this website: ni.comPlease note: Telonic is not responsible for the content of 3rd party websites. It is generally best to stick with one common Instrument Architecture (e.g. NI-VISA). If you decide to install NI-VISA IVI, you should be aware that other existing Instrument Architectures you may already use for other instruments may not be compatible. Future ones you add may also not be compatible. We use this successfully on Win7 machines here – however, we can not advise what is suitable for individual customers and you install NI-VISA IVI at your own risk.

Using a Rigol product key to generate a Rigol software licence code.
Please note…
- You must enter the product key exactly as it appears on the certificate.
- The serial number is made up of capital letters and numbers only – There are no lower case letters and no spaces.
- Please take care when entering the serial number! If you enter an incorrect but valid serial number, the generated software licence code will not be accepted by your instrument.
- You might find that entering the software licence code into your instrument via the front-panel is rather tedious. Please note that it is possible to enter the code remotely from a PC, using the SCPI control panel within Ultra Sigma. Copying the software licence code from the webpage generator to Ultra Sigma reduces the risk of error. For further information, please refer to the Ultra Sigma Help Document and the Programming Guide for your instrument. Both of these documents and the Ultra Sigma software download can be found on the webpage for your instrument, under the ‘DOCUMENTS, SOFTWARE & VIDEOS‘ tab.
- For some models it is possible to download the generated software licence code as a ‘.lic’ file, save it to a USB memory stick, then import it into your Rigol instrument from the USB memory stick. For further information, please refer to the User Guide for your instrument.

How do I connect my instrument via my LAN to UltraSigma PC Software?
First of all, ensure your instrument as the option for LAN connection and ensure you have a PC running the latest version of UltraSigma download from RIGOL and this PC is successfully connected to the same local area network as you’re plugging your instrument into.
In order for you to connect your Rigol equipment via LAN you must:
- Ensure your instrument is connected through the LAN socket – the lights are showing green for connection.
- Start up the UltraSigma program on your PC.
- Occasionally, the LAN(IP) address* that corresponds with the instrument has already appeared in the UltraSigma utility tree view, otherwise proceed:
- If this does not happen right away, press the LAN button on the UltraSigma program. Here you can manually enter its IP Address*, test and add the instrument.
- Your instrument should now be connected to Ultra-sigma and Model & Serial Number will show in the tree view. Now you can right-click this and perform checks
- Try choosing SCPI Command Window – then click SendAndRead to see if the instrument responds to a *IDN? request (to identify itself).
- On some instruments you can also Print Screen directly to windows.
*IF UNSURE your own LAN is set up to allow instrument connections
- Check with your Network Admin – they may need to set up a DHCP server, so your LAN assigns the instrument an IP Address permitted by your LAN (most small LANs do this automatically but many corporate LANs only do this with permissions in place first).
- Go to your instrument front panel. Press button for System or Utility – you will see I/O or LAN menu buttons: these allow you to see the IP address given to your instrument. You can often tell if your instrument is on your LAN by whether it has a sensible address (many company LANs use IPs like e.g. 10.0.0.xx)
- RIGOL instruments are factory default set to acquire an IP address automatically if the LAN allows this. But check this setting has not been set to manual IP.
- If all else fails try manually entering the IP address you find in your instrument into UltraSigma’s LAN window, and click to test. After success you can Add it.
- FINALLY PLEASE REMEMBER that some RIGOL software examples and software only function fully over USB connection – please check each software item, its install procedure and remember that some example VBA code is not supported but is provided ex-gratia for use as helpful examples only.

Getting started with Rigol PC Software Tools
To find a PC software download for your instrument…
Go to the webpage for your instrument > Click on the ‘DOCUMENTS, SOFTWARE & VIDEOS’ tab beneath the images.Please note…
- Rigol software files are downloaded in .rar data containers or .zip compressed files. The files must be unpacked or unzipped before installation.
- Ultra Sigma must be installed before any other Rigol application, except Ultra Wave.
- To open a Rigol software application after installation (excluding S1210, S1220, S1501 and Ultra Wave)…
Open Ultra Sigma > Connect your instrument > Your instrument should appear in the Ultra Sigma window (see the orange box in the picture below) > Right-click on your instrument (the orange box) and select the Rigol application. - Further information can be found in the ‘Rigol Ultra Sigma Help Document’.


Can I get help with programming my Instrument?
RIGOL provides drivers and programming functions as part of your warranted and purchased package. Programming itself can be achieved in many different ways with tools which are largely the choice of the customer. For this reason, we can’t support your systems but we can sometimes help you find information – we ask you to first review the programming guide for your instrument and make sure it is successfully connected to your computer system and then if a fault is found in the way the instrument responds to commands we can feedback and ask if there might be warranty support available, or a UK person to assist, subject to your terms of purchase.
