Motor HILS Solutions

Large-scale, precision models can be run in real time

• Xilinx’s Kintex-UltraScale enables high-speed computing at up to 200 MHz operation.
• 5 Gbps board-to-board high-speed communication enables multiple FPGA boards to work together, supporting even larger-scale models.
• Large RAM capacity enables implementation of precision motor models such as JMAG-RT and spatial harmonics models.

Multiple motor models can be installed on a single board

• Large-scale FPGAs with multiple motor models and the required number of high-speed analog and digital I/O.

Streamlines debugging process with a variety of verification functions.

• Fault simulation circuit allows the simulation of a short circuit, ground fault, or wire breakage simulating a real circuit.
• The self-diagnostic function enables not only daily inspections but also isolation of problems in the event of malfunction.
• The data logging function enables logging of internal signals of high-speed operations, which can be used for detailed verification and plant model development.

GUI and models can be provided as ready-to-use applications

• PMSM LdLq motor model, inverter model, fault simulation, sensor model (resolver, rotary encoder, current sensor), simple motor load model, and simple motor controller model are provided as standard applications.
• Through a partnership with Toyota Technical Development Corporation (TTDC), which has advanced FPGA implementation technology, JMAG-RT-compatible motor models developed by TTDC can be implemented. In addition, A&D patented technology for automatically and accurately thinning out large RTT files enables simulations with minimal loss of accuracy.