Publication | Closed Access
Low-Order Approximation of Transmission Line Parameters for Frequency-Dependent Models
46
Citations
5
References
1983
Year
Numerical AnalysisParameter EstimationEngineeringModeling MethodTransmission SystemSecondary LinesElectromagnetic CompatibilityParameter IdentificationNumerical SimulationSystems EngineeringConstant-parameters ModelsCurve FittingModeling And SimulationComputational ElectromagneticsApproximation TheoryElectrical EngineeringComputer EngineeringTransmission Line ParametersFrequency-dependent Line ModelsRobust ModelingTransmission LineHigh-frequency ApproximationMultiscale Modeling
Frequency-dependent line models are considerably more accurate than constant-parameters models. However, constant-parameters models are very easy to use and do not require the elaborate data preprocessing procedures needed with frequency-dependent models. For this reason, when large systems are simulated, constant-parameters models are still an attractive alternative to model secondary lines; however, the accuracy of the overall simulation may be compromised when the effect of one or more of these lines is under-estimated.
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