穂高電子 Product Lineup

The DT-1063 motor signal generator is a motor HILS that allows for safe evaluation of controllers without the need for actual motors. It is a real-time simulator (motor HILS) compatible with the electromagnetic field analysis software JMAG developed and sold by JSOL Corporation. By loading JMAG-RT as the simulation model, it operates as a virtual inverter and motor. The compact box contains all the necessary systems for motor simulation and operates as a virtual motor with just a power supply. Additionally, it can be offered at about one-tenth the price of conventional products, making it possible to implement low-cost solutions for development departments aimed at mass production, such as outsourcing to external development partners. 【Features】 - Standalone independent system - Reasonable pricing - High-speed simulation - No advanced modeling technology required *For more details, please download the PDF or feel free to contact us.

The "DT-0009 RTSim-IV" is a simulator that allows real-time execution of control models created in MATLAB/Simulink. It achieves a simulation cycle of 20μs without using an FPGA and can independently control a total of 12 channels of PWM. It offers an overwhelmingly low price as a MATLAB-based RCP. Additionally, the carrier wave of the PWM generator can be a triangular wave or a sawtooth wave. The carrier frequency can be changed during simulation and can be set for each PWM output. 【Specifications (excerpt)】 ■CPU: ARM Cortex-A9 800MHz dual-core processor ■Memory: 1GB DDR3 SDRAM ■A/D: 100ksps 12bit 4ch (0-4.096[V]) ■D/IO: Input: 16bit, Output: 16bit ■PWM: 12ch (3-phase upper and lower arms x2), maximum carrier frequency 1MHz *For more details, please refer to the PDF document or feel free to contact us.

"Aurora/AiKer" is a PRA tool equipped with real-time video judgment capabilities. It allows for video judgment in various modes and still image judgment. It controls what is visible on the screen as if a person were operating it. This system frees you from manual measurement tasks and the oversight of inexperienced operations, enabling the automation of various tests and repetitive tasks. [Features] ■ Multifunctional image judgment capabilities ■ Utilizes existing assets as they are ■ Powerful reporting features ■ High customizability *For more details, please refer to the related links or feel free to contact us.

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]

High-Speed Simulation High-speed computational logic specialized for motor simulation is implemented on the latest large-capacity FPGA. Not only the solver but also the surrounding circuits and CPU have been fundamentally reviewed, achieving computation speeds on the order of nanoseconds. This contributes to improved reproducibility in model-based development and detailed simulations. Inverter Circuit Simulation Equipped with a nonlinear inverter model that calculates circuit equations in real-time on an FPGA. Simulation that includes the characteristics of switching elements is possible. No Need for Advanced Modeling Techniques The motor models used can utilize JMAG-RT files from JSOL Corporation. It is also possible to simulate motors developed independently by customers. Support is provided for large-capacity motor models that were previously difficult to handle. Collaboration with Complex Mechanical Load Models General-purpose real-time simulator DT-0006 By combining with RCP, simulations that collaborate with mechanical load models created in Simulink are possible. Available for rental!

Scideam is a domestic high-speed circuit simulator specialized in power generation development and power electronics development. It provides a comfortable simulation environment with over 30 years of historical computational algorithms and newly developed circuit editors and waveform viewers. ◆ Three features of Scideam 1. High-speed stable analysis By utilizing a unique analysis algorithm, it resolves both analysis time and convergence issues. It is capable of high-speed stable analysis of switching converters. 2. Loss analysis It can perform loss analysis automatically and at high speed. It displays losses for all components in a list, and switching losses are also measured automatically. 3. Model-based development It connects with MATLAB Simulink and JMAG to build a model-based development environment. *For new download PCs, you can try the full package, including the Scideam product version and the loss analysis option PowerPalette, for 30 days.

We would like to introduce Scideam, a domestic high-speed circuit simulator equipped with a SiC/GaN device model. It provides a comfortable simulation environment through over 25 years of historical computational algorithms and newly developed circuit editors and waveform viewers. By utilizing it in the early stages of development, you can preemptively eliminate factors such as specification failures and defects, thereby reducing design time and costs. This enables the realization of what is known as "front-loading."

An Applied workstation that pursues the "high precision, high-speed processing, and stability" required for CAE analysis. It supports a variety of simulations such as fluid, structural, and thermal analysis, achieving reduced analysis time, accelerated development cycles, and lower prototyping costs. It demonstrates performance across a wide range of applications including JMAG, MATLAB, and ANSYS.

In the automotive industry, improving the reliability of ECUs (Electronic Control Units) is crucial for control verification. Particularly as electrification advances, the control of inverters and motors becomes more complex, requiring responses to various failure modes. Verification using actual devices is costly and time-consuming, and ensuring safety is also a challenge. The DT-1063 motor signal generator is compatible with JMAG-RT and operates as a virtual inverter and motor, enabling safe and efficient evaluation of controllers. 【Use Cases】 - Evaluation of inverter control for EVs/HEVs - Fault diagnosis of motor control systems - ECU verification in HILS environments 【Benefits of Implementation】 - Evaluation of controllers without using actual motors - Possibility of low-cost deployment to mass production development departments - Efficient verification through high-speed simulation

In the home appliance industry, there is a demand for improved energy efficiency of products and shortened development periods. In particular, motor control is a crucial factor that influences the performance of home appliances, making the development of efficient motor control technology essential. The DT-1063 motor signal generator enables the evaluation of controllers without using actual motors and contributes to shortening development time and reducing costs through real-time simulation with JMAG-RT. 【Usage Scenarios】 - Development of motor control for home appliances - Performance evaluation of inverters - Diagnosis of motor failures 【Benefits of Implementation】 - Shortened development time - Cost reduction - Safe evaluation of controllers

In the automotive industry, ECU verification requires accurate evaluation of control models. Particularly in the verification of ECU operations that influence vehicle safety and performance, real-time simulation is essential. However, expensive RCP systems pose challenges by straining research and development budgets and preventing sufficient verification iterations. The 'DT-0009 RTSim-IV' is a simulator that can execute control models created in MATLAB/Simulink in real-time. It achieves a simulation cycle of 20μs without using FPGA, addressing the real-time challenges in ECU verification. It offers an overwhelmingly low price as a MATLAB-based RCP, allowing for effective utilization of research and development budgets. 【Usage Scenarios】 - Verification of ECU functions - Development of control algorithms - HILS (Hardware-in-the-Loop) simulation 【Benefits of Implementation】 - Cost reduction in ECU verification - Shortening of development periods - Securing more verification opportunities 【Features】 - Compatible with MATLAB/Simulink - 20μs simulation cycle - 12-channel independent PWM control - Variable PWM carrier frequency

In the medical device industry, product safety is the top priority, and the accurate operation of controllers is essential. Particularly in medical devices that are critical to patient life, failures of inverters and motors can lead to serious accidents. The DT-1063 motor signal generator ensures safety by evaluating controllers without using actual motors. It is compatible with JMAG-RT and operates as a virtual inverter and motor, allowing for the verification of controllers in a safe environment. 【Usage Scenarios】 - Development and evaluation of medical device controllers - Simulation of inverter and motor failures - Compliance assessment with safety standards 【Benefits of Implementation】 - Achieves a safe evaluation environment by not using actual motors - Early detection of potential risks through failure simulation - Contributes to improved reliability of controllers 【Features】 - Standalone independent system - Reasonably priced - High-speed simulation - No need for advanced modeling technology

In the energy industry, particularly in the field of power control, there is a demand for system efficiency and stable power supply. In the development of control systems, real-time verification is essential, and model-based development using MATLAB/Simulink has become mainstream. However, the introduction of real-time simulation environments poses challenges due to high costs. Low-cost RCP is a simulator that can execute control models created in MATLAB/Simulink in real time. It achieves a simulation cycle of 20μs without using FPGA and can independently control 12 channels of PWM. It offers an overwhelmingly low price as a MATLAB-based RCP. 【Usage Scenarios】 - Control verification of solar power generation systems - Control verification of wind power generation systems - Control development of power converters - Research related to smart grids 【Benefits of Implementation】 - Establishment of a real-time simulation environment at low cost - Rapid verification and optimization of control models - Reduction of development time - Support for the development of diverse power control systems 【Features】 - Compatible with MATLAB/Simulink - 20μs simulation cycle - Variable PWM carrier frequency