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a) [Fixed impedance] radio box
Select it to set the load type as the fixed load.
b) [Sliding resistance] radio box
Select it to set the load type as the sliding load.
c) [Specific impedance] radio box
Select it to set the load different from the system impedance Z0. The settings of the complex impedance zone are not effective until
the [Specific impedance] radio box is selected.
2) Complex impedance zone
a) [Real part] box
Define the real part of the impedance.
b) [Imaginary part] box
Define the imaginary part of the impedance.
7.6.12.
[Through type/transmission line/adapter] Dialog Box
Fig. 7.18 [Through type/air line/adapter] Dialog Box
1) Connector zone
Define the connector types of two ports of the standard calibration kit in the [Port 1] and [Port 2] box.
7.7.
7.7 Standard Calibration Kit
This section mainly introduces the basic principle of the calibration kit and some terms in the calibration kit definition file.
1) Calibration kit
The calibration kit is a set of physical devices known as standard calibration kits. Each standard calibration kit is accurately known or
predicted according to the frequency change amplitude and phase response. To use the definition of the standard calibration kit, the
response value must be defined mathematically. Then the calibration type corresponding to the error correction model is formed.
2) Standard calibration kit
The standard calibration kit is the reference benchmark of error correction measurement. The electrical delay, impedance, loss and
other characteristics of each standard calibration kit have been accurately defined. The definitions are saved in the analyzer and used
