By Jose Moreira
Offering a whole advent to the cutting-edge in high-speed electronic trying out with computerized attempt apparatus (ATE), this sensible source is the 1st publication to concentration completely in this more and more vital subject. that includes transparent examples, this one-stop reference covers all serious features of the topic, from high-speed electronic fundamentals, ATE instrumentation for electronic purposes, and attempt and measurements, to construction checking out, help instrumentation and textual content fixture layout.
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Extra info for An Engineer's Guide to Automated Testing of High-Speed Interfaces
22]. 34 An Engineer’s Guide to Automated Testing of High-Speed Interfaces Bounded Uncorrelated Jitter Bounded uncorrelated jitter is defined as deterministic jitter that is bounded but uncorrelated with the data pattern. One example of a mechanism that causes this type of jitter is the crosstalk from an adjacent data line belonging to a different bus with a different frequency. In fact, periodic jitter can be considered a form of BUJ but due to historical and practical reasons, PJ, especially sinusoidal jitter, has a separate classification.
29 Example of data dependent jitter in the form of intersymbol interference jitter. High-Speed Digital Basics 33 From the figure it is possible to see the effect of a lossy channel on the data signal waveform (more on this in Chapter 8) and how the previous bits have the effect on the current bit transition and in this way add jitter. In case of a printed circuit board trace, the shape of the bit rising edge will depend on how the line was charged by the previous bits, and it is this dependence that creates the data dependent jitter.
16 shows the frequency response of two different systems with the same bandwidth and the simulated data eye diagram for each of the systems. 41. 16 Frequency response of two different systems that have the same bandwidth value to a 6-Gbps PRBS. The resulting data eye diagrams show a significant performance difference between the different frequency responses demonstrating the pitfalls of relying on the bandwidth value for evaluating the time domain performance of an instrument or interconnect. ).