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Simplify developing and testing controls for power electronics and electric motors by using rapid control prototyping
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Design and test advanced, adaptive, robust, or model-predictive controllers with a few clicks and leverage sub microsecond sample-times and switching frequencies in the MHz range. Include Bayesian, Kalman, among other estimation techniques, and test reinforcement learning control algorithms. Quickly interface your algorithms with PWM generators, or space vector modulation (SVM), quadrature encoders, resolvers, SPI, CAN bus, among many other I/O interfaces. Furthermore, use Speedgoat hardware to perform automated tuning for PID loops and field-oriented control (FOC) with your hardware prototype, just like in desktop simulation.

"Simulink, Simulink Real-Time, and Speedgoat target hardware have enabled us to demonstrate the application-specific reliability of our early designs without installing the units on an actual aircraft.”,free poker trainer

Shane O’Donnell, Microsemi – a Microchip company ,holdem online real money

  • Deploy control algorithms from Simulink to Speedgoat FPGAs using HDL Coder.
  • Include multiple communication protocols like CAN, CAN FD, EtherCAT, Profibus, Modbus TCP.
  • Interconnect multiple target machines with low latency Shared Memory links or synchronize them over long distances with time synchronization over GPS for large, decentralized control systems.
  • Add FPGA I/O modules to the system as your application grows, increasing the computational power and the number of I/O channels. The modules can be interlinked using an Aurora high bandwidth low latency link

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governor of poker y8 games,Use Speedgoat hardware to safely test controllers for power converters with a power range from a few watts up to megawatts. With analog I/O in the MHz range, digital switching accuracy in the nanosecond range and other turnkey I/O connectivity, it is possible to test complex control algorithms designed in Simulink. Tune parameters and visualize signals in real-time, while logging data in nanosecond resolution. Also perform PID autotuning to optimize the control performance. Typical applications include high-voltage DC (HVDC), DC/DC converters, grid-tied inverters, grid-forming inverters, dual active bridges, medium frequency transformers (MFT) and many more.

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Use Model-Based Design for control design of power modules using wide bandgap (WBG) semiconductors with switching frequencies up to the MHz range. Deploy and test controllers with a closed-loop bandwidth of several MHz with Simulink-programmable FPGAs and interface to gate drives with low latency interfaces to adequately control Silicon Carbide (SiC) or Gallium Nitride (GaN) semiconductors. Use Speedgoat real-time solutions for rapid control prototyping with off-the-shelf I/O interfaces like resolvers as well as digital fiber optic links to reduce electromagnetic interference (EMI).,group poker online

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Test and validate control designs with off-the-shelf power electronics using half-bridges, H-bridges, 3-phase inverters up to modular multi-level converter (MMC) architectures. All converters include electrical protection mechanisms to reduce risks during testing and commissioning. Use the 3-phase inverter from Speedgoat or power modules from different vendors like Watt & Well, Imperix, and Cinergia. The power converters include not only Silicon MOSFETs and IGBTs, but also Silicon Carbide semiconductors; and the power range spans from a few hundred watts to more than 100 kilowatts.,free penny slots

Frequently Used I/O Interfaces,free blackjack 888

Simulink Application Resources ,play roulette free online casino

See how it works, learn more about Rapid Control Prototyping and Hardware-in-the-Loop simulation,
to design control designs and test controller hardware.


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