Last Updated： Aggregation Period:Sep 24, 2025～Oct 21, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 24, 2025～Oct 21, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 24, 2025～Oct 21, 2025
This ranking is based on the number of page views on our site.
241～255 item / All 388 items
Analysis tools using quantum models and non-local transport models.
Improved the conventional drift-diffusion solver to include various quantum models and non-local transport models. These models are essential for simulating devices that involve quantum and non-local physics. A potential difficulty with such an approach is that users are required to make some judgments regarding validity.
Analysis tools for many-body effects, exciton effects, and inhomogeneous broadening effects in device simulation.
Incorporation of many-body effects and exciton effects, as well as inhomogeneous broadening effects, into the device simulator. The results are consistent with theoretical and experimental data published in the literature. Crosslight recommends a new gain/absorption spectrum model to all users.
Simulation analysis tool for photosensitive devices using APSYS and FDTD.
Seamless work and device simulation are possible with the device simulator APSYS and FDTD (with variations). The functionality is demonstrated using example problems related to FDTD for 2D and 3D structured devices included in the APSYS-FDTD package. A 64-bit CPU and OS are required for simulating complex 3D structures, but APSYS is already compatible.
Low electric field mobility model analysis tool
Overview of the low electric field mobility model. Explanation of the command syntax. Explanation of each function and parameter. Explanation of the simulation setup using NMOS as a subject, along with examples of the calculated results, including plots of Id-Vd characteristics and Id-Vg characteristics.
Numerical simulation analysis tool for organic metal vapor phase growth method of compound semiconductors.
This introduces a case study of the process simulator PROCOM for Metal-Organic Chemical Vapor Deposition (MOCVD). PROCOM provides a comprehensive model of the MOCVD process that takes into account fluid dynamics, mass transport, heat transport, and non-equilibrium gas-gas or non-equilibrium gas-surface chemical reactions. It features an integrated GUI tool that can handle geometric structures, mesh, and chemical reaction control. The rotating disk model is effective and highlights the advantages of using a rotating disk in MOCVD.
3D TCAD simulation analysis tool for semiconductor devices
Introducing the features of products that make up Crosslight's 3D TCAD. Actual calculation examples include devices such as Power NPN BJT, Interconnect Metal Debiasing, Power LDMOS, CMOS Image Sensor, and FINFET. Examples of device creation using the process simulator CSpurem, as well as analysis of electrical and optical characteristics and thermal analysis using the device simulator APSYS.
3D process analysis tool for MEMS using CSuprem
CSuprem is a simulator that can immediately create MEMS (Micro-Electro-Mechanical Systems). It illustrates actual calculations using process simulations of RF switches, electrometers, polysilicon MEMS, SOI MEMS, and MT-VCSOA. It accurately optimizes the MEMS manufacturing process and generates the optimal 3D mesh for MEMS formation simulations.
Achieving concurrent development of equipment/devices in collaboration with the mech simulator.
"XVL VmechSimulator" is a control software simulator that enables the verification of large-scale equipment/control systems in 3D. This product realizes front-loading of control design, which is one of the trouble factors during the startup of equipment/systems. Additionally, it can connect to a wide variety of control controllers. 【Features】 ■ Front-loading of control design using a 3D mech simulator ■ Verification including existing equipment with CAD + 1 ■ 3D digital twin realized with CAD + 1 ■ Can connect to a wide variety of control controllers *For more details, please refer to the PDF document or feel free to contact us.
Computing power supported for 30 years
Scideam is a domestic high-speed circuit simulator specialized in power generation and power electronics development. It provides a comfortable simulation environment with over 30 years of historical computational algorithms and newly developed circuit editor and waveform viewer. It can also support loss analysis and model-based development as an option. ■Scideam Free Version Now Available For those who are new to circuit simulation or are already using free simulators from other companies but are facing issues with calculation speed and convergence, we are offering a free version that retains the high-speed and stable analysis performance while providing some of the features that were previously available only in the paid version. https://www.smartenergy.co.jp/service/scideam-freetrial/ ■30-Day Trial of Scideam Paid Version You can evaluate the full package of all Scideam features, including optional products, for 30 days. https://www.smartenergy.co.jp/service/scideam-freetrial/
It is an innovative integrated driving simulator for a new generation approaching system-level simulation.
VI-DriveSim is a groundbreaking turnkey solution offered to automotive engineers, an innovative integrated driving simulator tool for a new generation approaching system-level simulation. With the driving simulator, you can bridge the gap between virtual prototypes and experiments. With VI-DriveSim, you can experience dynamic simulation results in a fully immersive environment from the early stages of the development process. 【Features】 ■ A space-saving, energy-efficient, and cost-effective 9-degree-of-freedom platform like never before ■ High-precision vehicle model based on VI-CarRealTime ■ Innovative motion cueing algorithm VI-MotionCueing ■ High-quality graphics and sound VI-GraphSim
In contact discharge, it has a contact control function that prevents discharge when not in contact!
We would like to introduce our EMC testing equipment, the 'SESD216'. The ESD simulator (electrostatic discharge tester) is well-suited for EMC testing of systems and devices defined in the IEC/EN61000-4 Part 2 standard. This test conducts resistance testing against electrostatic discharge, featuring two modes: air discharge and contact discharge. It comes equipped with an air discharge test probe for non-contact testing and a contact discharge test probe for contact testing. 【Features】 ■ Compact handheld type without a control base unit ■ Display function for actual discharge voltage during air discharge ■ Automatic testing via programming ■ Large and easy-to-read LCD panel ■ Simple selection and setting of test content from the LCD panel *For more details, please refer to the related links or feel free to contact us.
Reduce prototype processing man-hours with high-precision simulations! Machine design simulations are possible through integration with NC Trainer2 plus.
The product is a high-precision simulator that digitizes the process from product design to prototype processing, contributing to improved work efficiency and productivity. By utilizing the NC Virtual Simulator, issues such as processing defects, which were traditionally identified during the prototype processing stage, can now be confirmed in the design stage, achieving a reduction in prototype processing man-hours. With a variety of functions such as verification of processing programs, confirmation of work instruction data, and analysis of processing work damage, it contributes to the discovery and improvement of issues during the prototype stage. 【Operating Environment (Excerpt)】 ■ Computer: A PC equipped with a processor with a clock speed of 2.66GHz or higher, and at least 2 cores and 4 threads (4 cores and 8 threads or more recommended) ■ Memory: 8GB or more ■ Hard Disk Free Space: 4GB or more (excluding the free space required for OS operation) ■ OS: Windows 10 or later (64-bit version) *For more details, please download the PDF or feel free to contact us.
Solve issues in on-board verification! Front-loading in the development process and reduction of development man-hours are possible.
"MELSOFT Mirror" is software that allows for the complete simulation of control systems in production environments. By connecting with engineering tools (GX Works3), SCADA (GENESIS64), and the customer's proprietary software, it enables the verification of equipment and device behavior without the need for actual machines. It facilitates front-loading in the development process and accelerates development speed. 【Features】 ■ Enables overall system simulation without actual machines ■ Allows for more accurate simulations ■ Verification of control for large-scale equipment can be done anytime, anywhere, and by multiple people ■ Intuitive operability makes simulation and visualization of devices smooth *For more details, please download the PDF or feel free to contact us.
Digital verification while designing FA.
"icROBOSim" is a robot simulator for IRONCAD. It allows for high-precision digital verification of elements/objects within the 3D space of IRONCAD. Not only can the robot be verified, but also the operation of peripheral devices and actuators within equipment can be validated. Since design work and robot verification can proceed simultaneously on CAD, there is no loss due to rework or data conversion. The UI, designed with a focus on user experience, allows for simple and intuitive operation, similar to video editing software. Actions can be specified along a timeline, enabling verification based on takt time.
