Description

IES-EV-347

Model-Based Development (MBD) Real-Time Controller

Model Based Development Real Time Controller is an advanced embedded control platform designed for real-time simulation, rapid prototyping, and hardware-in-the-loop (HIL) testing.

This system integrates a high-performance ARM-based processor, real-time execution environment, graphical model-based development tools, and extensive I/O interfaces, enabling engineers and students to develop and test control algorithms for electric vehicles, power electronics, and embedded systems.

KEY TECHNICAL SPECIFICATIONS

• Real-Time Controller Platform
  Standalone deterministic real-time control hardware designed for high-speed model execution and embedded control applications.
• Embedded Processing Architecture
  High-performance system-on-chip platform with ARM-based processor designed for real-time control and simulation tasks.
• Memory & Storage System
  High-capacity RAM and onboard flash storage supporting model execution, firmware storage and real-time data logging.
• Model-Based Development Environment
  Graphical block-based model design environment allowing direct execution of control models on target hardware.
• Real-Time Control Block Library
  Extensive library of control, mathematical, signal processing and power electronics blocks for real-time model implementation.
• Measurement & Debugging Tools
  Integrated diagnostic tools including digital oscilloscope, logic analyzer, time plotter and high-capacity data logging.
• Analog & Digital I/O Interfaces
  Multiple isolated analog and digital input/output channels designed for integration with sensors, actuators and control systems.
• Communication Interfaces
  Standard communication interfaces supporting controller programming, monitoring and integration with external systems.
• Application Support
  Designed for applications including motor control, power electronics, embedded control systems, EV development and HIL testing.
• Safety & Laboratory Integration
  Electrical isolation, grounding provisions and protective enclosures designed for safe laboratory operation.

RANGE OF EXPERIMENTS

• Real-time deployment of control models on embedded hardware

• Rapid prototyping and testing of control algorithms

• Hardware-in-the-loop simulation and closed-loop control testing

• Power electronics control experiments using PWM and SVPWM techniques

• Motor control studies including FOC, Clarke and Park transformations

• High-speed data acquisition and real-time parameter monitoring

• Performance analysis using built-in measurement and visualization tools

• Motor characteristic testing and efficiency mapping experiments

FEATURES

• Standalone deterministic real-time control platform

• High-speed embedded processor architecture for real-time applications

• Graphical model-based development environment

• Extensive library of control and power electronics blocks

• Integrated measurement and debugging tools

• Multiple isolated analog and digital I/O interfaces

• Suitable for EV, power electronics and embedded control research

• Ideal for advanced engineering laboratories and training centers