Chapter 6 Operations and Measurements RIGOL
MSO7000/DS7000 User Guide 6-33
indicates that the falling edge of Source A occurred after that of Source B.
3． Delay(A →B ): indicates the time difference between the threshold middle
values of the rising edge of Source A and the falling edge of Source B. Negative
delay indicates that the rising edge of Source A occurred after the falling edge of
Source B.
4． Delay(A →B ): indicates the time difference between the threshold middle
values of the falling edge of Source A and the rising edge of Source B. Negative
delay indicates that the falling edge of Source A occurred after the rising edge of
Source B.
5． Phase(A →B ): indicates the phase deviation between the threshold middle
values of the rising edge of Source A and that of Source B. It is expressed in
degree. The formula is as follows:
°360×=
sourceA
RR
RR
Period
BDelayA
BPhaseA
represents Phase(A →B ),
represents
Delay(A →B ), and
represents period of Source A.
6． Phase(A →B ): indicates the phase deviation between the threshold middle
values of the falling edge of Source A and that of Source B. It is expressed in
degree. The formula is as follows:
°360×=
sourceA
FF
FF
Period
BDelayA
BPhaseA
represents Phase(A →B ),
represents
Delay(A →B ), and
represents period of Source A.
7． Phase(A →B ): indicates the phase deviation between the threshold middle
values of the rising edge of Source A and falling edge of Source B. It is
expressed in degree. The formula is as follows:
°360×=
sourceA
FR
FR
Period
BDelayA
BPhaseA
represents Phase(A →B ),
represents
Delay(A →B ), and
represents period of Source A.
8． Phase(A →B ): indicates the phase deviation between the threshold middle
values of the falling edge of Source A and the rising edge of Source B. It is
expressed in degree. The formula is as follows:
°360×=
sourceA
RF
RF
Period
BDelayA
BPhaseA
represents Phase(A →B ),
represents
Delay(A →B ), and
represents period of Source A.
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