With mixed-signal oscilloscopes (MSOs) being everyone’s “Engineering” Swiss Army knife, why would anyone need an additional logic analyzer? MSOs with sampling rates in the GHz range and 8 or more ...

When the microprocessor and inexpensive ROM memory arrived in the early 1970s, building small, stored-program computing systems became practical. System designers learned that with the rapidly growing ...

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

Engineers select a logic analyzer when they must determine the states and timing of many parallel signals, such as those from a microcontroller or other processor. However, the need to analyze and ...

Logic analyzers capture digital signals and display state information, timing information, or both. When testing or troubleshooting electronic equipment, engineers use these instruments to extract ...

Today’s digital designs involving FPGAs, System on Chip (SOC) ICs, and memory are increasing both in complexity and speed. Designers require tools that provide a way to trigger on a “symptom” and then ...

When you think of a logic analyzer today, you might think of a little USB probe that can measure a few signals and decoding for various serial buses. But actual logic analyzers were high-speed ...

We know [Happy Little Diodes] frequently works with logic analyzer projects. His recent wireless logic analyzer for the ZX Spectrum is one of the oddest ones we’ve seen in a while. The heart of the ...