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T560MANK5.DOCX
The graph below summarizes typical T560 jitter versus delay. Here, "delay" refers to the
time from an external trigger to any output edge. The rise which begins at about 1
millisecond is caused by internal crystal oscillator phase noise, and will not be present
relative to an external 10 MHz reference. The T560 is also available with optional, lower
phase-noise TCXO or OCXO oscillators. The graphed data includes jitter contributed by the
P400 trigger source and the 11801A oscilloscope, so actual T560 jitter is somewhat less.
Jitter between outputs is similar.
20
50
100
500
1000
5000
1ns
10ns
100ns
1ms
10ms
100ms
1s
1
s
10
s
100
s
Figure 7-1 Typical T560 jitter in ps RMS versus delay
Summary of Contents for T560
Page 1: ...T560 DIGITAL DELAY GENERATOR Technical Manual February 13 2019 ...
Page 15: ...15 T560MANK5 DOCX Figure 3 4 Output rising edge 100 ps delay steps ...
Page 16: ...16 T560MANK5 DOCX Figure 3 5 Trigger and output pulses widths 4ns 3 ns 2 ns and 1 5 ns ...
Page 35: ...35 T560MANK5 DOCX Figure 6 3 XPort Home Web Page Figure 6 4 XPort Network Settings ...
Page 36: ...36 T560MANK5 DOCX Figure 6 5 XPort Server Settings Figure 6 6 XPort Serial Settings ...
Page 42: ...42 T560MANK5 DOCX Figure 8 1 T560 Outline and Mounting ...
Page 43: ...43 T560MANK5 DOCX Figure 8 2 Flange Mounting Dimensions ...
Page 44: ...44 T560MANK5 DOCX Figure 8 3 Printed Circuit Board Dimensions ...