16900 Datasheet, PDF (1/35 Pages) Agilent(Hewlett-Packard) – Logic Analyzer

Agilent Technologies
Measurement Modules for the 16900 Series
Data Sheet
Modularity is the key to the
Agilent 16900 Series logic
analysis systems’ long term value.
You purchase only the capability
you need now, then expand as
your needs evolve. All modules
are tightly integrated to provide
time-correlated, cross domain
measurements.
Customize your system with the
measurement capability that will
meet your performance and price
needs. Protect your investment by
upgrading logic analyzer module
memory depths or state speeds as
your needs change.
Measurement Capability:
• Timing/State logic analyzers
• Pattern Generator
• Time Correlation to
external scopes
Timing/State Logic Analyzer Modules
Agilent’s timing and state
modules give you the power to:
• Accurately measure precise
timing relationships using
4 GHz (250 ps) timing zoom
with 64 K depth.
• Extend the measurement
window with precision when
signals transition less
frequently using transitional
timing.
• Find anomalies separated
in time with deep memory
depths (up to 256 M across
all channels).
• Buy what you need today
and upgrade in the future.
16900 Series timing/state
modules come with
independent upgrades for
memory depth and state speed.
• Sample high-speed synchronous
buses accurately and
confidently using eye finder.
Eye finder automatically
adjusts threshold and setup
and hold for your highest
confidence in measurements
on high-speed buses.
• Track problems from symptom
to root cause across several
measurement modes by
viewing time-correlated data
in waveform/chart, listing,
inverse assembly, source code,
or compare display.
• Set up triggers quickly and
confidently with intuitive
simple, quick, and advanced
triggering. This capability
combines new trigger
functionality with an intuitive
user interface.
• The Agilent logic analyzer
modules are compatible with
the industry’s widest range
of probing accessories with
capacitive loading down
to 0.7 pF.
• Monitor and correlate multiple
buses using a single module
with split analyzer capability.
This provides single and
multi-bus support using a
single module (timing, state,
timing/state or state/state
configurations).