SimElectronics 1.3

Learn more about SimElectronics through product demos and online seminars that highlight features or application examples.

Modeling With SimElectronics   Modeling a DC Motor With Driver  This video demo shows how to model a DC motor along with a PWM driver. You will see how to easily transition between averaged and detailed driver models.   Modeling a Mechatronic System  This video demo shows how to model a mechatronic system in the Simulink environment. A model of an electrical motor with a driver is connected to a three-dimensional mechanical model of an aileron.   Estimating Parameters of a DC Motor  In this video demo we show how you can use optimization algorithms to obtain realistic parameter values for a DC motor. Parameter values will be tuned automatically until simulation results match measurement data.   Integrating Physical Systems and Controller    This video demo shows how to detect integration issues in simulation. Models of mechanical, hydraulic, electrical, and control systems are gradually integrated into a full system model, enabling engineers to test systems in isolation and to test overall system performance.   Simulating With SimElectronics   Optimizing System Performance  This video demo shows how to use optimization algorithms to automatically tune the performance of a controlled DC motor until it meets system requirements.   Balancing Model Fidelity and Simulation Speed    This video demo shows how to select model variants and adjust simulation modes to properly configure the model for the test you wish to run. We use Configurable Subsystems to select the right combination of controller and plant models for our electromechanical system.   Analyzing and Documenting Results    This video demo shows how to automatically run tests and generate a report documenting simulation results. The Simulink Report Generator is used to run tests, evaluate performance, and to capture screenshots of the model and simulation results into a document.   Deploying SimElectronics Models   Hardware-in-the-loop (HIL) Testing  This video demo shows how to use HIL testing instead of hardware prototypes to test control algorithms. A Simulink model using MathWorks physical modeling tools is converted to C code and downloaded onto Bachmann electronic M1 hardware controller.   Protecting Intellectual Property in Subsystems    This video demo shows how to protect the contents of a subsystem containing physical modeling components. The resulting subsystem can be shared for simulation and parameter testing without exposing intellectual property.   Protecting Simscape Language Components    This video demo shows how to convert your Simscape language source code to a binary format so that you can share them with other engineers without exposing your intellectual property.   Electrical Actuation Systems   Controlled DC Motor    Rotational Actuator Torque-Speed Characteristics    Linear Electric Actuator (Motor Model)    Linear Electric Actuator (System-Level Model)    Linear Electric Actuator (Implementation Model)    Controlled Stepper Motor    Sensor Circuits   Modeling a Digipot from a Datasheet    Strain Gauge and Wheatstone Bridge    Thermistor-Controlled Fan    Signals and Amplifiers   MOSFET Characteristics    JFET Amplifier and Frequency Response Analysis    NPN Bipolar Transistor Characteristics      Generic Circuits   Astable Oscillator    Modeling an Integrated Circuit    Creating Models with SPICE-Compatible Blocks   Building Models with SPICE-Compatible Blocks  View All Demos Trial Software Available Licensed Users: Download a 15-day trial of most MathWorks products (login required). Don't Have a License? Request trial software and a MathWorks representative will call to get you started.