Discrete Transfer Function
Implements discrete transfer function
Category: Dynamics
Description:
The Discrete Transfer Function can be described by the following equation:
Figure 1 - Setting parameters for simulation
Figure 1 defines a first-order discrete transfer function equivalent to:
The period used for the discrete operation is the Simulation Step, in the example from Figure 2 it is 0.1s.
Figure 2 - Diagram using discrete function from equation
The step response of the system is depicted in Figure 3.
Figure 3 - Step response in a Scope
Parameters:
Vector row that sets the coefficients of the polynomial function of the numerator.
The number of elements of this vector must be less or equal the number of elements in the Denominator Coefficients.
Vector row that sets the coefficients of the polynomial function of the denominator.
Ports:
Input
The signal flowing through this port acts as an input signal to the discrete transfer function.
Data Types:
Output
The signal flowing from this port is the response of the discrete transfer function to the input signal injected.
Data Types:
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