MATLAB/Simulink compatible high-speed motor support rapid prototyping controller
This is a rapid prototype controller that can execute models created in MATLAB/Simulink in real-time. It achieves a simulation cycle on the order of microseconds using dedicated hardware with an ARM core and FPGA. It is an ideal product for prototyping motor control controllers that require high-speed control calculations. The hardware utilizes a high-speed FPGA and multi-core CPU, featuring: - Minimal response time - High-speed, low-latency I/O with external peripherals - Large-capacity memory available for user use - Fundamental review of simulation management applications - Significant improvement in computation speed while maintaining calculation accuracy - Dramatic improvement in reproducibility - Improvement in reproducibility through the subdivision of calculation steps - Capability to implement solvers that require particularly fast calculations on the internal FPGA*1 System specifications: - Implementation method: Simulink Coder - Minimum step time: 1 [μsec] - Vector control current loop for PMSM*2: 0.6 [μsec] - Memory freely available for user use: 512 [MB]
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basic information
The computation device implements both a CPU and an FPGA. It achieves a balance between flexibility (CPU) and speed (FPGA) when realizing real-time simulation models. The CPU uses an ARM dual-core processor, enabling fast real-time processing of Simulink models. Additionally, it is equipped with an FPGA for even faster computations than the CPU, allowing for ultra-fast input/output and model calculations. <Specifications> Implementation method: Simulink Coder Minimum step time: 1μs Maximum PWM frequency: 1MHz PWM output: 12 channels (3-phase upper and lower arms × 2 sets) DIO: Input 16bit, Output 16bit Vector control computation time: 600ns (when using optional FPGA block set) A/D, D/A sampling rate: 50Msps, 4 channels each (extendable to 8 channels optionally) Angle detection interface for motor control: Counter LVTTL 6 channels, Resolver converter (optional) MATLAB compatible versions: R2015a to R2018a
Price information
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Price range
P6
Delivery Time
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Applications/Examples of results
<Benefits Obtained from High-Speed Controllers> - Addressing phenomena that are difficult to reproduce due to increased calculation speed ▶ Simulating rapidly changing voltages and the effects of pulse noise ▶ Optimal for controlling low-inductance motors ▶ Capable of controlling motors with high induced voltage and ultra-high-speed motors Parallel Distributed Processing ▶ Processing large-scale models with low latency in collaboration with multiple systems ▶ Accelerating calculations using external FPGA units ▶ Equipped with a dedicated bus for high-speed connection to RTSim-III IoT Integration of the Simulator System ▶ Connecting to the network for interaction with external devices and host PCs
Detailed information
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It is a high-speed rapid prototype controller that can execute models created in MATLAB/Simulink in real time.
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The high-speed controller DT-0007 enables complex control that was not achievable with conventional microcontrollers.
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Company information
Our company is an electronic measuring instrument sales agency established in Yokohama in 1967. We handle current and voltage measuring instruments, frequency measuring instruments, noise and vibration measuring instruments, environmental testing machines, infrared thermography, and more, working to solve the challenges of a wide range of customers, including manufacturers of electrical products, automobile manufacturers, universities, and government agencies. Currently, we are supported by many customers at our nine domestic locations in Tokyo, Yokohama, Atsugi, Hamamatsu, Nagoya, Mie, Kyoto, Osaka, and Okayama, as well as two overseas locations.