Rohde & Schwarz MXO4-BNDL Oscilloscope

User Manual - Page 22

For MXO4-BNDL.

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22
Accurately measure ripple and PARD
As power rail tolerance levels get smaller, it becomes
increasingly difficult to measure power ripple accurately.
The inherent low noise of the R&S®MXO4 series enables
accurate power integrity measurements on the millivolt
level. The fast update rate of the R&S®MXO4 series allows
you to quickly see infrequent and worst-case ripple as well
as periodic and random disturbance (PARD) anomalies.
Debugging and validating power rails
POWER INTEGRITY
Measuring small voltages riding on large DC offsets
With the ±60V offset compensation range, the
R&S®RT-ZPR power rail probes allow you to focus on small
ripples on the power rails DC voltage. Whether you need
to zoom in on a 1V or much higher DC level, the probe
provides the required offset while maintaining lowest ver-
tical scale settings. Together with the superb low noise
frontend of the R&S®MXO4 series oscilloscope and the
18bit vertical resolution, this combination provides accel-
erated insight into the power integrity of your design.
Power rail characterization with high fidelity probes
Wide bandwidth, high sensitivity, very low noise and extra-
large offset compensation make the R&S®RT-ZPR an excel-
lent probe for characterizing power rails. With a bandwidth
of up to 4GHz, excellent sensitivity due to the 1:1 attenu-
ation ratio and low noise, the R&S®RT-ZPR excels at pre-
cise ripple measurements. Coupled with the oscilloscope’s
powerful frequency analysis capabilities, the R&S®RT-ZPR
probes can be used to isolate periodic and random distur-
bances (PARD). An integrated high-precision, 18bit DC
voltmeter provides an instantaneous DC voltage readout in
parallel.
Find coupled sources with fast spectrum
With the industry’s most capable spectrum, you can see switching characteristics or quickly scan for sources coupled
onto the power rail. The R&S®MXO4 series oscilloscope spectrum algorithm allows you to analyze the spectrum inde-
pendently of the time domain settings. This quickly provides a comprehensive picture of your power rails.
Using spectrum analysis with time gating to effectively find coupled sources that contribute to power rail noise
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