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CST2013: Signal Naming Conventions
The signals calculated by the CST MICROWAVE STUDIO are named by the following conventions:
The substitutes P, Q, M and N are integer values, representing two ports (P,Q) and their corresponding modes (M,N). The general excitation string <Excitation> is then given by the following expressions, depending on a sequential or simultaneous port excitation (please see the Port Mode Excitation Selection dialog for more information.):
Sequential excitation
<Excitation> = P(N) : excitation of the Nth mode of port P.
Simultaneous excitation
<Excitation> = P1(N1)[a1,p1],P2(N2)[a2,p2],...,[freq] : excitation of different port modes, combined with corresponding amplitudes and phase values (a,p) and finally the phase reference frequency (freq). The amplitude and phase values are referred to a reference signal with amplitude one (1/sqrt(watt)) and zero phase shift.
name | meaning |
”i<Excitation>” | The input time signal of the chosen excitation. |
”oQ(M)<Excitation>” | The output signal at port Q of mode M resulting from the chosen excitation. |
”aQ(M)<Excitation>” | The amplitude of the scattering parameter (linear scale) SQP of mode M resulting from the chosen excitation. |
”dQ(M)<Excitation>” | The amplitude of the scattering parameter (in decibel) SQP of mode M resulting from the chosen excitation. |
”pQ(M)<Excitation>” | The phase of the scattering parameter (linear scale) SQP of mode M resulting from the chosen excitation. |
All calculated Signals are stored in ASCII files. The names of these files are chosen according to the Result File Naming Conventions.
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频道总排行
- CST2013: Mesh Problem Handling
- CST2013: Field Source Overview
- CST2013: Discrete Port Overview
- CST2013: Sources and Boundary C
- CST2013: Multipin Port Overview
- CST2013: Farfield Overview
- CST2013: Waveguide Port
- CST2013: Frequency Domain Solver
- CST2013: Import ODB++ Files
- CST2013: Settings for Floquet B