Scideam High-Speed Circuit Simulator Compatible with MATLAB and JMAG
30 years of supported computational power - High-speed circuit simulator for power electronics, Scideam.
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.
basic information
▼ Introduction to Scideam chrome-extension://efaidnbmnnnibpcajpcglclefindmkaj/https://www.hodaka.co.jp/hodaka-cms/wp-content/uploads/2023/06/c5230d634f010d7b85c834b740f6ec47.pdf ▼ Introduction to PowerPalette (Loss Analysis Option) https://www.smartenergy.co.jp/products_books/powerpalette.html ▼ Introduction to Scideam Case Studies https://www.smartenergy.co.jp/products_books/scideam.html#donyu ◆ About the Trial Download of Scideam 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 hope you will also try the loss analysis function and the connection feature with Simulink.
Price range
P4
Delivery Time
OTHER
Model number/Brand name
Scideam Loss Analysis Possible MATLAB・Simulink Compatible! High-Speed Circuit Simulator
Applications/Examples of results
Automobiles, onboard power supplies, electrical equipment, Aerospace, railways, ships Renewable energy, energy storage systems, Uninterruptible power supplies (UPS) Power supplies for servers, home appliances and consumer electronics, standard power supplies Are you facing any of these issues? • It takes a long time to simulate resonant circuits and soft switching. • I managed to run a long simulation, but the results are too large to open. • The learning curve is steep, making it hard to get started. • All the help is in English.
Detailed information
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September 26th Event: Practical Examples and Latest Developments in Model-Based Development (MBD) of Control Systems Using MATLAB and Scideam
In this seminar, we will delve into specific application methods of Model-Based Design (MBD) centered around MATLAB and the high-speed circuit simulator Scideam, along with practical case studies in projects. We will also provide a detailed explanation of the technical advantages of introducing Hardware-in-the-Loop Simulation (HILS) and Rapid Control Prototyping (RCP) systems. For the keynote speeches, we have invited Professor Katsushi Hasegawa from Chubu University and Associate Professor Yu Yonezawa from Nagoya University to discuss the contributions of MBD to energy efficiency, vibration suppression, and high precision in industrial machinery from a professional perspective. <Keynote Speeches> [New High-Response Torque Control Method for Synchronous Motors and Performance Evaluation Using MATLAB] Professor Katsushi Hasegawa, Department of Aerospace Engineering, Chubu University [Practical Model-Based Development for Power Electronics, from Noise Analysis to Data Centers] Associate Professor Yu Yonezawa, Institute of Future Materials and Systems, Nagoya University We sincerely look forward to your entries!
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Motor control transformed by AI, from actual machine measurement to mass production development: Seminar on contract development solutions for soft sensors using deep learning.
In this seminar, we will introduce a contract development solution for soft sensors using deep learning. We can provide a consistent response from high-precision data acquisition through actual motor measurements to the construction of deep learning models, as well as the verification and consulting of trained models. We will present effective solutions for nonlinear characteristics and real-time estimation, which have been challenging with traditional development methods. We will explain the implementation flow for technical developers and business leaders who are exploring next-generation motor control utilizing AI technology.
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April 24th Event: MATLAB JMAG Integrated MBD Solution Seminar - Achieving Front-Loading with Domestic Manufacturer's Toolchain -
We have organized a joint seminar by three domestic companies that provide MBD tools in the field of power electronics. This seminar will introduce a toolchain that covers everything from the upstream design of power electronic systems using MATLAB and JMAG to functional verification on actual devices in a seamless manner. Additionally, Murata Manufacturing Co., Ltd. will present case studies on the application of MBD in power systems, including the definition of requirements, the transition to MILS, and the purposes and considerations for using RCP and HILS, along with several application examples. This seminar will provide valuable content for those who are currently engaged in MBD development as well as those who are looking to start.
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Scideam Seminar 2023: Loss Analysis Seminar for Circuit Design Using SiC/GaN
With the practical application of power devices using SiC and GaN, the importance of circuit simulators in power supply design is increasing. In this seminar, we will explain the methods and considerations for loss analysis using the Scideam circuit simulator, which can also be linked with MATLAB/Simulink, incorporating user case studies. Event Overview 1. Keynote Speech: Case Presentation "Model-Based Development of Totem-Pole PFC using Scideam" Yasushi Yonezawa, Researcher, Institute of Future Materials and Systems, Nagoya University We will introduce a case study of designing and implementing a Totem-pole PFC suitable for SiC/GaN devices using model-based development technology. We will explain the control design combining Scideam and MATLAB/Simulink, as well as software development techniques using code generation technology. 2. Front-Loading Loss Analysis of Power Supplies Realized with Scideam Soichiro Nakamura, President, Smart Energy Research Institute 3. Loss Analysis of SiC/GaN-FET Switching Power Supplies Masatoshi Nakahara, Advisor, Smart Energy Research Institute, Developer of Scideam/SCALE, Emeritus Professor, Sojo University
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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.