Simscape™ products enable you to model, optimize, and test physical systems. Model a physical system by connecting components from mechanical, hydraulic, electric, pneumatic, and thermal domains into a network. You can also create custom components by using the Simscape language. With Simscape products, specialists in different domains can work together in a single simulation environment to optimize system-level performance and test control algorithms. You can also perform techniques such as deep learning and predictive maintenance by working with MATLAB® and Simulink®. To deploy models to other environments, including hardware-in-the-loop (HIL) systems, the Simscape products support code generation.
Products for Physical Modeling
Electronic and Mechatronic Systems
- Analyze a Simple Circuit (Simscape Electrical)
Use the Powergui block to analyze static and frequency-domain response.
- Build and Simulate a Simple Circuit (Simscape Electrical)
Build a Simscape Electrical™ model and parameterize the blocks using datasheet values, run the model, and examine the results.
- Modeling Analog Circuit Architectures, Mechatronic Systems, and Electrical Power Systems Using Simscape Electrical (Simscape Electrical)
Model mechatronic systems, analog circuit architectures, and single- and multi-phase electrical power systems that you can connect to networks in other Simscape domains.
- Build Simple Model of Battery Pack in MATLAB and Simscape (Simscape Battery)
Create and build a Simscape system model of a battery pack with Simscape Battery™.
- Electric Vehicle Thermal Management (Simscape Fluids)
Model the thermal management system of a battery electric vehicle.
- Modeling and Simulation of Fluid Networks (Simscape Fluids)
Learn the basics of constructing a model in Simscape Fluids™.
- Model an Isothermal Actuation System (Simscape Fluids)
Use isothermal components to model a simple actuation system.
- Pick and Place Robot Using Forward and Inverse Kinematics (Simscape Multibody)
Model a delta robot performing a pick and place task.
- Train Humanoid Walker (Simscape Multibody)
Model a humanoid robot using Simscape Multibody™ and train it using either a genetic algorithm (which requires a Global Optimization Toolbox license) or reinforcement learning (which requires Deep Learning Toolbox™ and Reinforcement Learning Toolbox™ licenses).
- Capabilities of Simscape Driveline Software (Simscape Driveline)
Learn about modeling drivetrains in the Simscape Driveline™ environment.
- Complete Vehicle Model (Simscape Driveline)
Explore a model that includes an engine, a transmission, and drivetrain-wheel-road coupling.
- Vehicle Dynamics - Car with Heave and Roll (Simscape Multibody)
Model vehicle dynamics using a vehicle model that has 14 degrees of freedom.
Virtual Test and Design Optimization
- Aircraft Fuel Supply System with Three Tanks (Simscape Fluids)
Model an aircraft fuel supply system consisting of three tanks and an engine.
- Solar Power Inverter (Simscape Electrical)
Determine the efficiency of a single-stage solar inverter.
- Power-Split Hybrid Transmission (Simscape Driveline)
This example shows the basic architecture of a power-split hybrid transmission.
- Electric Vehicle Configured for HIL (Simscape Electrical)
Model an electric vehicle model suitable for Hardware-In-the-Loop (HIL) deployment.
- Generate HDL Code for Simscape Models (HDL Coder)
Generate HDL code from Simscape switched linear models.
- Hardware-in-the-Loop Implementation of Simscape Model on Speedgoat FPGA I/O Modules (HDL Coder)
This example shows how to synthesize and generate FPGA bitstream from a Simscape™ half-wave rectifier model and download the bitstream to a Speedgoat® FPGA I/O 334-325K target for Hardware-in-the-Loop (HIL) implementation.
- How Simscape Code Generation Differs from Simulink (Simscape)
Learn about Simscape code generation specifics.