Applications

• ADC/DAC
  Model interfaces between microcontrollers and physical systems and convert signals between analog and digital
  
• Amplifiers
  Implement different types of amplifiers using Simscape Electrical circuitry
  
• Communications
  Implement different models for data transmission
  
• Converters (High power)
  Converters for high power applications (higher than 48 V)
  
• Converters (Low power)
  Converters (such as DC-DC, chopper, buck and boost converters) for low power applications (lower than 48 V)
  
• Device Characteristics Assessment
  Explore the impact of parameter choices on the characteristics of multiple devices
  
• Electric Drives
  Asynchronous, synchronous, switched reluctance machines and controls
  
• Energy Storage
  Use batteries and capacitors to store energy
  
• Filters
  Remove or enhance frequency components using signal processing filters
  
• Logic
  Perform and implement logical operations using Simscape Electrical logic components
  
• Oscillators
  Produce periodic, oscillating electronic signals by implementing oscillators
  
• Power Grids
  Power system networks and loadflow and harmonic analysis
  
• Renewable Energy
  Create models of photovoltaic or wind systems and generators
  
• Robotics and Actuation Systems
  Learn how to control motors, compare their characteristics and develop electric actuators
  
• Thermal Modeling and Management
  Model and manage thermal dependency and networks
  
• Vehicle Systems
  Implement machines and controls for automotive, marine and aerospace systems