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Controlling your instrument over the LAN with UltraScope

Posted on: December 16th, 2020 by Doug Lovell

Seamlessly connect, control and monitor your scope via ethernet using the RIGOL UltraScope utility. Perfect for remote control, monitoring, and distributed environments.

CAN Bus Trigger and Decode

Posted on: December 16th, 2020 by Doug Lovell

Learn how to properly setup the CAN bus trigger and decode option.

Bandwidth

Posted on: December 16th, 2020 by Doug Lovell

A basic concept in determining what scope you need is understanding the key performance characteristic of an oscilloscope, bandwidth. Selecting proper bandwidth insures reliable and accurate measurements.

Horizontal System and Controls

Posted on: December 16th, 2020 by Doug Lovell

Horizontal controls allow for positioning the signal on the time axis (X axis) as well as adjust the time based scaling options,

High Impedance vs. 50 Ohm Impedance

Posted on: December 16th, 2020 by Doug Lovell

Explains why 50 Ohm impedance inputs can improve signal fidelity on high speed signals by removing reflections caused by capacitance or inductance.

DS2000 and DS4000 Advanced Math Function

Posted on: December 16th, 2020 by Doug Lovell

How to use the advanced formula operations for a DS4000, DS2000 or DS6000 series oscilloscope.

Installing a license onto the 7000 Series Digital Oscilloscope

Posted on: December 16th, 2020 by Doug Lovell

Learn How to Install a License onto the 7000 Series Digital Oscilloscopes.

 

Installing a License onto the 5000 Series Digital Oscilloscope

Posted on: December 16th, 2020 by Doug Lovell

Learn How to Install a License onto the 5000 Series Digital Oscilloscopes.

 

I2C Trigger and Decode

Posted on: December 16th, 2020 by Doug Lovell

Learn how to setup I2C trigger and decode option.

How to use Peak Detect

Posted on: December 16th, 2020 by Doug Lovell

Use peak detect to measure narrow pulses.

 

Using UltraScope from RIGOL with NI Max on Windows 10

Posted on: December 16th, 2020 by Doug Lovell
Some versions of Windows 10 make it difficult to run UltraScope from UltraSigma, RIGOL’s communications platform. UltraSigma can have difficulty accessing needed files and directories.

For RIGOL Oscilloscopes (UltraVision I and II including the DS1000Z, DS1000Z-E, DS2000A, MSO2000A, DS4000, MSO4000, MSO5000, DS7000, MSO7000, DS8000-R, and MSO8000), there is currently a workaround to access the capabilities of UltraScope without starting UltraSigma.
Start by installing the full version of the latest NI-VISA appropriate for your Operating System. At the time of writing this was NI VISA 20.0 for Windows 10. This installs NI MAX as well.
Then install UltraScope from the appropriate scope family page on rigolna.com.
Connect your instrument over USB and then Open NI MAX. Select the arrow next to “Devices and Interfaces” to see the connected instruments. Click on your oscilloscope and then copy the VISA Resource Name like this:







Now Open UltraScope by clicking on the shortcut on the desktop or in the apps directory. It will start with this screen:

Select Search for Instruments.

On this screen click OK:


Now click on Manual Input VISA Address here:


Now paste in the VISA Address from NI Max, Select the instrument from the list, and click OK:


UltraScope will start and capture traces from your Oscilloscope:


You can capture the scope display image directly by right clicking on UltraScope and selecting “Print Instrument Screen”:

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Rigol USA Web Site

 

For Assistance in North America:

Call Us @ 877.474.4651

Email Us @ help@rigol.com

www.rigolna.com

For Assistance in Europe:

Call Us @ +49 (0)89-8941895-01

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For Assistance in China:

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Hi-tech Development Zone,3

Suzhou,China 21516

info-intl@rigol.com

Sales: +86-512-69585066

Fax: +86-10-80720067

www.rigol.com

For Assistance in Other Countries:

info-intl@rigol.com

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Math Operations

Posted on: December 16th, 2020 by Doug Lovell

Math Functions allow you to perform calculations on one or more signals allowing for rapid signal comparison and enabling advanced modeling of more complex waveforms.