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SPECTANO 100 User Manual
10.6.3
Result view controls
50
With the result view controls on the right of the result view workspace, you can
control how the measurement results are displayed. The following table
describes the result view controls.
Table 10-8
Result view controls
Control
Scaling
x-axis
y-axes
Chart result view
Bode: R and X
Bode: c' and c''
Bode: ' and ''
Bode: |Z| and Phase
and Phase
Data
PDC: Ipol and Idepol
PDC: Ipol and Idepol
pol and Idep
Cole-Cole: Complex Z
Cole-Cole: Complex Z
e-Cole: Compl
Cole-Cole: Complex C
Cole-Cole: Complex
C
Cole-Cole: C
Co
Cole-Cole: Complex
Cursor table
Curso
Impedance calculation
d
Parallel circuit
Parallel
Serial circuit
Se
1. Only available for material measurements
2. Only available for the PDC and combined measurement modes selected in the sweep settings
under Measurement type.
3. The impedance calculation affects only the numerical measurement results Rp/Rs und Cp/Cs
displayed in the table but not the Bode diagram of R and X.
Description
Select the scaling of the x-axis (linear or
logarithmic).
Select the scaling of the y-axes (linear or
logarithmic).
c).
1
Bode diagram displaying the resistance and
de diagram displaying the resista
reactance versus frequency
reactance versus frequency
nce versus frequen
Bode diagram displaying the complex
Bode diagram displaying the
de diagram displayi
capacitance versus freque
capacitance versus frequency
pacitance vers
Bode diagram d
Bode diagram displayi
Bode diagram displaying the complex
permittivity versus f
permittivity versus frequency
ttivity ver
1
1
Bode diagram d
Bode diagram d
Bode diagram displaying the absolute value
Phase
and pha
and phase of
and phase of the impedance versus
frequency
fr
frequency
2
2
P
Polariz
Polarization current and depolarization
curre
current in time domain
Cole-Cole diagram displaying complex
C
1
1
impedance
Cole-Cole diagram displaying complex
1
capacitance
1
Cole-Cole diagram displaying complex
permittivity
3
Select the parallel equivalent circuit as
dielectric model.
Select the serial equivalent circuit as
dielectric model.
f
f the x-axis (linear or
s (linear
aling of the y-axes (linear or
f the y
m displaying t
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