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DynaSim For Control

DynaSim is a powerful software for measurement and analysis of control systems. It provides a comprehensive suite of tools for designing, simulating, and analyzing control systems. With DynaSim, users can quickly and accurately measure and analyze the performance of their control systems. It is a powerful and reliable software for control engineers and system integrators.

Products

4 products

No. Code Product Price Quantity
6.5.2 DLL Treiber zur Ansteuerung der AX5411 unter DynaSim-R DynaSim-AX5411
DLL Treiber zur Ansteuerung der AX5411 unter DynaSim-R

- **Dedicated DLL Driver:** Provides a dynamic link library (DLL) interface for direct control of the AX5411 hardware from within DynaSim‑R. - **Full DynaSim‑R Integration:** Optimized for compatibility with the DynaSim‑R runtime environment, ensuring stable and efficient communication. - **Hardware Abstraction Layer:** Simplifies access to the AX5411’s hardware functions through standardized API calls. - **Real‑Time Communication:** Supports deterministic data exchange between simulation models and physical hardware. - **Scalable Architecture:** Can be extended or customized for additional hardware modules upon request. - **Cross‑Platform Support:** Designed for Windows‑based DynaSim‑R installations; additional OS support available on request. - **Error Handling and Diagnostics:** Built‑in error reporting, logging, and diagnostic functions for troubleshooting and performance monitoring. - **High‑Performance Interface:** Optimized for low latency and high throughput in control and simulation loops. - **Modular Design:** Can be deployed as a standalone driver or as part of a larger DynaSim‑R system configuration. - **Customizable Extensions:** Additional driver modules for other hardware variants can be provided upon request.

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Category: DynaSim For Control

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6.5.2 Regelung mit Simulationsmodellen unter Windows DynaSim-R
Regelung mit Simulationsmodellen unter Windows

- **Real-Time Control with Simulation Models:** Enables direct control of continuous processes in real time using dynamic simulation models. - **Graphical Definition and Visualization:** Provides an intuitive graphical interface for defining control structures, simulation models, and process parameters. - **Windows-Based Environment:** Fully compatible with Microsoft Windows, allowing integration with standard PC hardware and peripherals. - **FFT Analysis:** Built-in Fast Fourier Transform tools for frequency-domain analysis of signals and system responses. - **Digital Filtering:** Includes configurable digital filters for signal conditioning, noise reduction, and data preprocessing. - **Measurement Data Processing:** Supports acquisition, processing, and visualization of measurement data from sensors and external devices. - **Integration with DynaSim-S:** Shares core functionalities with DynaSim-S, ensuring compatibility and consistent workflow across the DynaSim product line. - **Continuous Process Control:** Designed for continuous-time control applications, suitable for laboratory, industrial, and research environments. - **Real-Time Execution Engine:** Optimized for deterministic performance, ensuring stable and predictable control loop execution. - **Comprehensive Visualization Tools:** Real-time plotting, trend analysis, and graphical monitoring of system variables. - **User-Friendly Configuration:** Drag-and-drop model construction, parameter tuning, and interactive simulation control. - **Modular Architecture:** Expandable with additional modules for specialized control algorithms, communication interfaces, and data logging.

Manufacturer: No category

Category: DynaSim For Control

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6.5.2 Simulation von Regelungsmodellen in Windows DynaSim-S
Simulation von Regelungsmodellen in Windows

- **Comprehensive Simulation Environment:** DynaSim-S offers a complete platform for simulating control and regulation models, enabling users to design, test, and validate control strategies in a virtual environment before implementation. - **Extensive Function Block Library:** The software includes more than **90 predefined functional blocks**, covering a wide range of control, signal processing, and mathematical operations. These blocks can be combined to form complex control systems. - **User-Extensible Architecture:** Through an **open interface**, users can extend the system by adding custom blocks, functions, or algorithms, ensuring adaptability to specific research, industrial, or educational requirements. - **Macro Capability:** DynaSim-S supports **macro programming**, allowing automation of repetitive tasks, batch simulations, and complex model manipulations. - **Graphical Definition of Nonlinear Functions:** Users can define **nonlinear functions** or **hysteresis curves** interactively using the mouse, simplifying the modeling of real-world nonlinear behaviors. - **Educational and Training Focus:** The package is optimized for **development and training** purposes, making it suitable for academic institutions, research laboratories, and industrial training centers. - **Windows-Based Operation:** Fully compatible with Microsoft Windows operating systems, providing a familiar graphical user interface and integration with standard Windows tools. - **Open and Modular Design:** The modular structure allows incremental model building, easy debugging, and flexible configuration of simulation parameters.

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Category: DynaSim For Control

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6.5.2 DynaSim-S Upgrade auf DynaSim-R DynaSim-Upg
DynaSim-S Upgrade auf DynaSim-R

The **DynaSim-Upg** upgrade introduces a comprehensive set of enhancements and new functionalities that distinguish DynaSim-R from its predecessor, DynaSim-S. Key features include: - **Enhanced Simulation Engine:** DynaSim-R incorporates a next-generation solver architecture optimized for multi-threaded and parallel computation, delivering up to 40% faster simulation times compared to DynaSim-S. - **Extended Model Library:** Expanded component libraries for mechanical, electrical, thermal, and fluid systems, including new parameterized templates and pre-validated subsystems. - **Improved Real-Time Performance:** Support for real-time simulation and hardware-in-the-loop (HIL) testing environments, enabling integration with physical controllers and embedded systems. - **Advanced Visualization Tools:** Upgraded 3D visualization and animation modules for dynamic system representation, with improved rendering performance and customizable display parameters. - **Data Management and Version Control:** Integrated project versioning, model comparison, and change tracking tools to support collaborative engineering workflows. - **Cross-Platform Compatibility:** Full support for Windows 10/11 (64-bit), Linux (Ubuntu 20.04+), and macOS (Monterey and later), ensuring flexibility across development environments. - **Enhanced Scripting and Automation:** Expanded Python and MATLAB/Simulink API interfaces for automated simulation control, batch processing, and custom analysis routines. - **Backward Compatibility:** Seamless import of DynaSim-S models, libraries, and configuration files without data loss or manual conversion. - **Security and Licensing Improvements:** Updated license management system with online activation, floating license support, and improved encryption for intellectual property protection.

Manufacturer: No category

Category: DynaSim For Control

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