N O T E
Even if the External jitter source is enabled, you can still add or change internal
jitter components. The range of the external jitter source is automatically updated
when you add, change, or turn off one of the internal sources.
This is the maximum jitter
Amplitude
that can be generated.
This is the maximum voltage that can be accepted. It would generate the
maximum jitter amplitude. Before connecting an external jitter signal,
always ensure that this signal does not exceed the maximum voltage.
N O T E
The Delay Control Input has an overvoltage protection. For details see
.
The
Slope
indicates the present relation between the voltage applied and
the resulting delay.
Sinusoidal Jitter Parameters
Sinusoidal jitter is independent from periodic jitter. It is generated by
modulating the clock that is used for data generation. It can therefore
not be enabled, if SSC is active.
Sinusoidal jitter is characterized by
•
Amplitude (peak-to-peak)
•
Frequency
7
Jitter Tolerance Tests
334
Agilent J-BERT N4903 High-Performance Serial BERT
Amplitude
Voltage
Slope
Summary of Contents for J-BERT N4903
Page 1: ...S Agilent J BERT N4903 High Performance Serial BERT User Guide s Agilent Technologies...
Page 68: ...2 Setting up Patterns 68 Agilent J BERT N4903 High Performance Serial BERT...
Page 158: ...4 Setting up the Error Detector 158 Agilent J BERT N4903 High Performance Serial BERT...
Page 314: ...6 Evaluating Results 314 Agilent J BERT N4903 High Performance Serial BERT...
Page 374: ...7 Jitter Tolerance Tests 374 Agilent J BERT N4903 High Performance Serial BERT...
Page 394: ...8 Solving Problems 394 Agilent J BERT N4903 High Performance Serial BERT...
Page 434: ...Index 434 Agilent J BERT N4903 High Performance Serial BERT...
