To maximize the DS1000Z series measurement accuracy you need to increase the instrument’s memory depth to be over 1 Mpts and then put the instrument into High Res mode.
To do this press “Acquire” then change the “Mode” to High Res and then change the Memory depth to be above 1 Mpts.
Visualise and debug precise timing characteristics in serial data signals. Combine jitter readings with Time Interval Error trend and TIE histogram. The high sample rate and deep memory combine to analyse subtle timing effects of complex signals.
The MSO8000 Series oscilloscopes have up to 2 GHz bandwidth. High performance risetime and 10 GSa/sec max sampling enables the MSO8000 to precisely analyze signal quality and timing.
Complete signal quality analysis for serial data transmissions. Eye Diagram Analysis makes it easy to debug subtle timing, noise, and rise-time issues on serial data signals. Combine with Histogram analysis of edge transitions for visualizing and characterizing embedded transmissions.
To perform a Self -Cal on the DS1000Z first disconnect all of the probes from the instrument. Then press “Utility” -> arrow down -> “Self-Cal” -> “Start”.
If you receive the following error when connecting the DS1202Z-E to Ultra Scope that is because the oscilloscope is newer then the UltraSigma release.
To solve this issue a change needs to be made to the init file to support this model. In the image below you can see the default location of the init file and the edit I made is highlighted. Linked below is also a copy of the init file. You can also just replace your copy with the version linked to below. After that close and restart UltraSigma and then the software will operate correctly.
In Order to insure system signal fidelity it is critical that probes be compensated to the instrument, Over or under compensated probes can cause distortions of your measurements and bad results.
Making connection to your device under test is critical to accurate measurements. Learn the basics parts of the probing system and what they do.
Quickly determine the delay and phase between multiple channels using standard delay and phase measurements helps to identify system interactions and timing problems.
Provides and overview on how to quickly and easily start making measurements on your oscilloscope.
Overview of what triggering is, why it is important, and some key terminology associated with it.
How to easily capture a problematic signal and reproduce it for debugging purposes.
FREE SHIPPING £75+
CELEBRATING 50+ YEARS
PRICE MATCH GUARANTEE