R&S ZNB Series User Manual page 109

Vector network analyzers
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R&S
ZNB/ZNBT
Marker Format
G + j B
or
G + j B series
G + j B parallel
Imp Mag
or
IMP Mag series***)
Imp Mag paral-
lel***)
Adm Mag
or
Adm Mag series***)
Adm Mag paral-
lel***)
Index
*)
The delay aperture is defined in the [Trace Config] > "Format" softtool.
**)
An impedance Z is represented as Z = R + jX, the corresponding admittance as Y =
1/Z = G + jB. For X ≥ 0, we have an inductance L = X/ω, for X < 0 we have a capaci-
tance C = 1/(ωX), where ω denotes the stimulus frequency.
***)
Only avaiilable for transmission measurements (see
impedances",
Marker coupling
It connects the markers of a set of traces.
Marker coupling allows you to compare different measurement results (assigned to dif-
ferent traces) at the same stimulus value. It connects the markers of a set of traces.
Marker coupling can be enabled:
either for all traces in the active recall set that have the same stimulus variable as
the active trace
or for all traces in a channel
or for all traces in a diagram that have the same stimulus variable as the active
trace
When marker coupling is enabled, the same markers are activated for all related
traces: if a marker was active for some related trace, then it is activated for all related
traces.
User Manual 1173.9163.02 ─ 62
Description
(Series) admittance:
Unnormalized (series) conductance, susceptance,
and either inductance or capacitance, in three
***)
lines (Inverted Smith diagram)
Parallel admittance:
***)
Unnormalized parallel conductance, susceptance,
and either inductance or capacitance in three lines
(Inverted Smith diagram)
Magnitude of (series) impedance
Magnitude of parallel impedance
Magnitude of (series) admittance
Magnitude of parallel admittance
Index of the current sweep point
on page 130)
Concepts and features
Formula
G
s
B
s
L
or C
**)
s
s
G
p
B
p
**)
L
or C
p
p
**)
|Z
| = (R
s
**)
|Z
| = (R
p
**)
|Y
| = (G
s
**)
|Y
| = (G
p
Chapter 4.3.3.1, "Converted
Screen elements
2
+ X
2
)
1/2
s
s
2
2
1/2
+ X
)
p
p
2
+ B
2
)
1/2
s
s
2
2
1/2
+ B
)
p
p
109

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