Tektronix » Products & Technologies » Logic Analyzers » TLA5000B Series

TLA5000B Series Logic Analyzers

The power you need. The simplicity you want. A price you can afford.

The affordable TLA5000B Series logic analyzers make high-speed timing resolution, fast state acquisition and sophisticated triggering available to all digital designers. The TLA5000B Series are ideal for single-synchronous bus state and timing analysis. An intuitive user interface, set-up wizards, familiar Windows-based desktop and OpenChoice networking and analysis features make them easy to use and easy to network into the design environment.

Product Resources

Use and Learn



Model Channels Timing MagniVu™ Timing Max State Clock Rate Starting Price
TLA5201B 34 500 ps (2 GHz)
1 ns (1 GHz)
2 ns (500 MHz)
(quarter/half/full channels)		 125 ps (8 GHz) with 16 Kb depth 235 MHz Select Your Country
TLA5202B 68 Select Your Country
TLA5203B 102 Select Your Country
TLA5204B 136 Select Your Country
View more detailed specifications in the Data Sheet.

Pattern Generator Channels Maximum data rate on all channels Memory depth Data models Availability
PG3A Series 64 300 MHz 32M Vectors Flat or block based Contact Moving Pixel

Application Notes and Technical Documents

  • Tektronix USB Testing Solution
    Tektronix USB Testing Solution for Electrical Validation & Compliance Test, Signal Path Characterization, Digital Validation & Debug
  • Command & Protocol Verification of DDR, DDR2, and DDR3 SDRAM
    Computer memories are not the only systems that continue to demand larger, faster, lower powered and physically smaller memories. Embedded systems applications have similar requirements. This application note highlights the power of the logic analyzer in verifying DDR2 SDRAM commands and protocols.
  • Select the Correct Debug Methodology for Your Altera FPGA Design
    Debug can on average take up to 50% of the development time, particularly when looking for a difficult issue. We therefore need to use innovative ways to speed up the flow. Tektronix, First Silicon Solutions (FS2), and Alterahave teamed up to provide a robust solution to enable quick identification and troubleshooting of even the most difficult bugs. This application note discusses how to select the correct debug methodology for your Altera FPGA design.
  • View More Application Notes and Technical Documents »

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