Data Sheet
4
PRODUCT OVERVIEW
High De nition Stimulus-Response model:
Applying an HD Stimulus with the T3AWG generator to the DUT and analysing the Response using an HD Oscilloscope
Different measurements scenarios:
a. Emulation of clean and “perfect signal”, so that uncontrolled and unknown distortions are not influencing the
DUT response behavior.
b. Emulation of “real-world signal” including distortions to test the DUT response behavior before any signal source is
available. Playback of signals previously acquired using the oscilloscope and imported into the AWG.
c. Emulation of extreme signal condition “stress test”, we can emulate dif cult conditions and corner case signals
that can be statistically infrequent to test the DUT response behavior.
d. Emulation of noise or interference signal “noise and interference immunity”, so we can generate expected
interference signal to add to expected signal and test the DUT response behavior.
HD AWG (stimulus) Device Under Test (DUT) HD scope (response)
Accurately emulate the thinnest waveform details
at largest output voltage swings
High De nition T3AWG3252 generator is a very powerful
and ideal tools for all the High De nition stimulus-response
testing scenarios.
There are situations when you want to generate an
“ideal signal” to test your device when uncontrolled and
unknown distortions are not influencing the behavior
ofyour device.
Alternatively, you may want to test your device with
a "real-world signal" previously acquired with the
oscilloscope, imported into the HD arbitrary waveform
generator and then played-back for all the time needed
comfortably testing your device in the lab. Often real-
world signals can be accessible to be acquired with an
HD oscilloscope only for very short time or in dif cult
environmental situation like for high energy physics or
aero-space applications. This makes impossible to do any
design of your device at the place where the real-world
signal can be sourced, then the HD arbitrary waveform
generator provides an essential indispensable solution.