For the above problems, a logic analyzer is the best solution. This article provides a quick overview of logic analyzer basics and offers ideas as to what can be achieved using a logic analyzer.

Logic analyzer performance has increased in speed, width, and memory depth to meet the needs of today's system designers debugging multiple, gigabyte-transfer-rate buses.

A logic analyzer records bus communications between two chips. If you’ve ever had a problem getting two chips to talk, or wanted to reverse engineer a protocol, a logic analyzer is the tool y… ...

This build turns the Launchpad into a 10 MHz, 8-channel logic analyzer with a 16 kB buffer comparable with just about every piece of software thanks to the SUMP protocol.

In step with the technological advances in telecommunications and wireless, logic and protocol analyzers have become more crucial than ever before.

Logic Analyzers Never Die But these traditional debugging instruments are taking on different forms now.

Logic analyzers and oscilloscopes sit side by side on the digital designer's workbench. Even so, during design and debug, the two instruments usually function independently—except when designers need ...

Select between the Combination or Sequential circuit for analysis (Figure 16). Figure 16: Screen to select Combinational or Sequential Circuit Select the number of inputs (max of 3) and number of ...

A logic analyzer view shows exactly what's going on over time so users can identify what's causing glitches or other issues. There's no better way to troubleshoot these kinds of problems. The new APx ...

Agilent Technologies Inc.'s U4154A AXIe-based logic analyzer module has a capture speed of 4 Gbyte/s on68 channels and 2.5 Gbyte/s on 136 channels with the ability to capture data oneye openings 100 ...

A logic analyzer differs from a normal oscilloscope in its ability to actually help you understand what the signals mean. There is a new logic analyzer on the block from Oscium and it is a joy to use.