HOW TO STUDY SIMULINK PROGRAMS

SIMULATION USING MATLAB

INTRODUCTION TO SIMULINK

         Simulink is a software package for modeling, simulating and analyzing dynamic systems .It supports linear and nonlinear systems, modeled in continuous time,sample,time or a hybrid of two systems can also be multi rate that is have different parts sampled at different rate.

      Simulink turns the computer into a lab for modeling and analyzing systems which wouldn’t have been possible otherwise. For modeling, Simulink provides a graphical user interface(GUI) for building models and blocks using click –and-drag operations .Simulink includes a comprehensive block library of sinks,source,linear and nonlinear systems ,and connectors. New block can also be created and customized .Models are hierarchical, so they can be built using either top-down and bottom-up approaches. Using scopes and other display blocks, you can see the simulation results while the simulation is running. The simulation results while the simulation is running. The simulation results can be put in MATLAB work space for post processing and visualization.

DIFFERENTIATOR

AIM:

          Implement a Simulink function to perform the differentiation of the given puse

CIRCUIT DIAGRAM

SIMULATION DIAGRAM

INTEGRATOR

AIM:

  Implement a Simulink function to perform the integration of the given pulse

CIRCUIT DIAGRAM

SIMULATION DIAGRAM

ADDITION OF TWO WAVES

AIM:

        Implement a Simulink function to perform the addition of  two sine waves

SIMULATION DIAGRAM

TRANSFER FUNCTION OF STEP SIGNAL

AIM:

       Implement a Simulink function to find the transfer  function of  step signal

SIMULATION DIAGRAM

TRANSFER FUNCTION OF RAMP SIGNAL

AIM:

       Implement a Simulink function to find the transfer  function of  ramp signal

SIMULATION DIAGRAM

RESPONSE SINEWAVE TO RLC CIRCUIT

AIM:To study and simulate the response of a sine wave to an RLC circuit using Simulink

Circuit Diagram

Block Diagram for simulation