By Jose Moreira
Offering an entire advent to the cutting-edge in high-speed electronic checking out with automatic try out apparatus (ATE), this sensible source is the 1st publication to concentration solely in this more and more very important subject. that includes transparent examples, this one-stop reference covers all severe facets of the topic, from high-speed electronic fundamentals, ATE instrumentation for electronic functions, and try out and measurements, to creation trying out, aid instrumentation and textual content fixture layout.
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Extra info for An Engineer's Guide to Automated Testing of High-Speed Interfaces
One example is the crosstalk from an adjacent noncorrelated clock signal into the data signal being measured. 2. Other examples of periodic jitter waveforms, like triangular waveforms, are used, however with limited practical use. 27 shows an example of the simulation of a 5-Gbps data signal with sinusoidal periodic jitter. The histogram shows the typical shape expected from a data signal with sinusoidal deterministic jitter with the time difference between the two peaks at the extremes corresponding to the periodic jitter amplitude.
Also note that the flatness of the frequency response before the roll-off is also very important. Although the complete frequency response of a measurement instrument or interconnect might not be available in several situations, it is important to know the frequency response not only for the −3 dB point but also the −6 dB and −10 dB point. 3 Bit Error Rate The concept of bit error rate (BER) is the cornerstone for analyzing the performance of a high-speed digital link. 17 shows a basic block diagram of a unidirectional digital interface.
Errors due to noise are generated in different parts of the digital interface by physical processes. Depending on the magnitude of the noise and the margins of the digital interface, it might happen that a given noise event will generate an error on the data transmission. The probability of a transmission error occurring is given by the bit error rate (BER). NOISE ON THE TRANSMITTER NOISE ADDED BY THE TRANSMISSION MEDIUM NOISE ON THE RECEIVER HOW MANY ERRORS ?? 17 Simplified block diagram showing several sources of noise in a digital interface.
An Engineer's Guide to Automated Testing of High-Speed Interfaces by Jose Moreira