Discrete

In the section Discrete The basic library of blocks can simulate discrete-time systems, performing tasks such as signal delay, calculation of differences and derivatives, as well as filtering and process control using PID controllers. These blocks allow you to accurately simulate various discrete systems and processes using integration, signal transmission, and delay techniques.

Delay: Delays the input signal by a fixed or variable number of calculation steps.
Difference: Calculates the signal change in one calculation step.
Discrete Derivative: Calculates the discrete time derivative.
Discrete Filter: Infinite impulse response (IIR) filter model.
Discrete FIR Filter: FIR filter model.
Discrete State-Space: Implements a discrete system in the state space.
Discrete-Time Integrator: Discrete integration or accumulation of a signal.
Discrete Transfer Fcn: Discrete transfer function.
Discrete Variable Time Delay: Delays the signal for a variable time value.
Discrete Zero-Pole: Simulates a discrete transfer function with specified poles and zeros.
Memory: Outputs the input values from the previous calculation step.
Propagation Delay: Simulates the time delay in a discrete system.
Tapped Delay: Delays a scalar signal for several calculation steps and outputs all delayed versions.
Unit Delay: Delays the signal by one calculation step.
Zero-Order Hold: Performs a zero-order hold during a calculation step.