Kenwood CS-5200 Series User Manual

Pulse jitter
3) Set the H. MODE control to B. Measure the jitter width at the edge of the jitter.
The jitter is found by multiplying the j itter width by the reading of the B SWEEP
TIME/DIV.
Example : The j itter time is found by multiplying the j itter width by a reading of the B
SWEEP TIME/DIV. If the jitter width is 1.6 div and the reading of the B SWEEP
TIME/DIV is 0. 2 jus, the jitter time is found as shown below:
Jitter time = 1.6 (div)xQ.2 (jus) = 0. 32 jus
8 — 12 Measur i ng Phase Di fferences
With the dual-trace function, phase difference can be measured between, for example, two
sine wave signals of identical frequency.
1) Apply two signals to the respective INPUT terminals. Adjust the VOLTS/DIV and V. VARI
controls so that the two signals have identical amplitude.
2) Adjust the SWEEP TIME/DIV and H. VARI controls so that one period of the waveforms
is 8 div.
3) Use the y POSITION controls of both channels to bring the waveforms to the center
of the CRT.
4) Measure the horizontal distance between corresponding points on both signals. There
is a phase difference of 45 degrees for every division.
Figure 19 Measuring Pulse Jitter
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Kenwood CS-5200 Series Specifications

General

Brand	Kenwood
Model	CS-5200 Series
Category	Test Equipment
Language	English