Nth Order Transfer Function (Z-Domain)

 

Description

This component models a higher order transfer function in the discrete domain. The component is triggered by the 2-element, interpolated Enable/Disable port signal.

 

More:

Nth Order Transfer Function

Delay (Z-Domain)

Derivative with a Time Constant (Z-Domain)

Differential Pole (Z-Domain)

Integrator (Z-Domain)

Lead-Lag Pole (Z-Domain)

PI Controller (Z-Domain)

Real Pole (Z-Domain)

Input Parameters

ConfigurationConfiguration

 

 Name for Identification

 

Text

 

Optional text parameter for identification of the component.

         

Order of Numerator

 

Choice

 

Select the order of the numerator (from 1 to 10).

 

 

 

 

 

Order of Denominator

 

Choice

 

Select the order of the denominator (from 1 to 10).

 

 

 

 

 

Is Input Already Sampled?

 

Choice

 

Select Yes if the input to the component is already executed at the same execution signal. If No is selected, the input will be re-sampled before execution.

 

 

 

 

 

Dimension

 

Integer

Literal

Enter the dimension of the input signal. The output will be of the same dimension.

 

Numerator CoefficientsNumerator Coefficients

 

Constant Coefficient

 

Real

Variable

Constant coefficient in the numerator function.

         

Coefficient of z^(-x)

 

Real

Variable

Coefficient of the term z-x in the numerator function.

 

Denominator CoefficientsDenominator Coefficients

 

Constant Coefficient

 

Real

Variable

Constant coefficient in the denominator function.

         

Coefficient of z^(-x)

 

Real

Variable

Coefficient of the term z-x in the denominator function.

 

Initial ConditionsInitial Conditions

 

X# Initial Value

 

Real

Constant

Initial value of X#, which is the value of input, # execution steps ago.

         

Y# Initial Value

 

Real

Constant

Initial value of Y#, which is the value of output, # execution steps ago.