
Features & Benefits
500 ps (2 GHz)/32 Mb Deep
Memory Timing to Capture
Intermittent Events Over a Wide
Time Window 
125 ps-resolution MagniVu
Timing Simultaneous with State or
Deep Memory Timing Acquisition
to Find Elusive Timing Problems
Quickly, Without Double Probing 
Glitch and Setup/Hold Violation
Triggering and Display to 
Find and Display Elusive
Hardware Problems 
235 MHz State Acquisition
Provides Analysis of High-speed
Synchronous Digital Circuits 
iView
Time-correlated Digital-
analog View to Clearly See How
Analog Anomalies are Affecting
Your Digital Signals 
34/68/102/136 Channel
Configurations Offer Flexible
Solutions to Fit Any Budget 
Applications
Digital Hardware Verification 
and Debug 
Monitoring and Measurement 
of Digital Hardware Performance 
Single Microprocessor or 
Bus Debug
TLA5000 Series Logic Analyzers
TLA5201  TLA5202  TLA5203  TLA5204 
TLA5000 Series logic analyzers
combine debug power with
simplicity and affordability 
The affordable TLA5000 Series logic
analyzers make high-speed timing 
resolution, fast state acquisition, deep
memory and sophisticated triggering
available to any digital designer who
needs to identify initialization failures,
operation crashes and intermittent oper-
ation. For first-time as well as experienced
logic analyzer users, the TLA5000 Series
is ideal for single-bus timing and state
analysis. An intuitive user interface,
familiar Windows-based desktop and
OpenChoice
networking and analysis
features make the TLA5000 Series logic
analyzers easy to network into your
design environment. 
500 ps timing resolution and 32 Mb
memory depth with simultaneous 125 ps
MagniVu timing resolution within each
acquisition means you can measure
digital signal timing on increasingly faster
signals with confidence. With MagniVu
timing resolution, find difficult problems
such as digital logic errors, glitches,
setup/hold violations and crosstalk
quickly. Use setup/hold violation triggering
and display to validate setup/hold
performance of digital devices. 
Today, most designs can have both
digital and analog anomalies. With iView
time-correlated digital-analog view, you’ll
clearly see how analog anomalies are
affecting your digital signals—right on
your logic analyzer display.