Rohde & Schwarz MXO4-BNDL Oscilloscope

User Manual - Page 8

For MXO4-BNDL.

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8
Modern digital trigger
The MXO-EP ASIC incorporates the Rohde & Schwarz pat-
ented digital trigger system. Digital triggering implies a
common path for the measurement signal and trigger ver-
sus a split path in older analog trigger architectures. Digital
triggers offer numerous advantages.
User selectable hysteresis
Use automated trigger hysteresis settings or manually
enter your values. Unlike using oscilloscopes with analog
triggers, R&S®MXO4 series users have full access to con-
trol all trigger hysteresis settings. This provides additional
flexibility for determining where to trigger, including how
much trigger noise suppression is desired.
ISOLATE EVENTS WITH MORE
PRECISION
HIGH-PRECISION DIGITAL TRIGGER
World’s most sensitive trigger
The R&S®MXO4 series digital trigger is up to 10 000 times
more sensitive than all competitors that are still using older
analog trigger architectures. Triggering sensitivity enables
users to isolate difficult-to-find small physical layer anoma-
lies in the presence of large signals, accelerating debug
and troubleshooting.
Adjustable digital trigger filters
Use the up to 18bit HD mode on the trigger to reduce
measurement system noise. The digital trigger architec-
ture makes it possible to adapt the cutoff frequency of the
digital lowpass filter to the signal to be measured. Unlike
oscilloscopes with analog trigger circuits, the same filter
settings can be used for both the trigger signal and the
measurement signal. As a result, noise on the trigger sig-
nal can be suppressed, for instance while simultaneously
capturing and displaying the filtered or unfiltered measure-
ment signal.
Industry's most sensitive trigger: 1/10 000 vertical division
Best in class trigger jitter of just 1ps
World’s fastest trigger rearm time of <21ns
Adjustable digital trigger lters
User-selectable hysteresis
............ Trigger threshold ............
Hysteresis
High
Low
1 div
Trigger on signals
only 0.01div high
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