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3D Simulator Product List

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3D Simulator for Semiconductor Lasers and Optical Devices PICS3D

With the addition of Crosslight's FDFD, it is now possible to solve high-resonance structures accurately and significantly faster than FDTD, expanding the applications of the analysis.

<Main Features> ■ Suitable for the design and analysis of devices where the effects in the resonator direction are important. ■ Lasers including diffraction gratings such as DFB, DBR, and VCSEL can be calculated using mode coupling theory and multilayer film optical theory. <Diverse Physical Models and Functions> ■ Coupling coefficients of waveguides and gratings (first-order and second-order gratings). ■ Longitudinal carrier density distribution, optical gain, and light intensity for the main and side longitudinal modes. ■ Calculation of surface emission mode distribution for second-order grating DFB lasers. ■ Output and frequency variation for different longitudinal modes. ■ Side mode ratio, linewidth, product of linewidth and output, effective alpha, second harmonic distortion, surface emission output (second-order grating DFB). ■ Mode output spectra under different laser surfaces and arbitrary bias conditions. ■ Mode output spectra under different bias conditions and over time. ■ AM/FM small signal modulation response and FM/RIN noise spectrum under arbitrary bias conditions. ■ Second harmonic distortion spectrum. ■ For other functions and details, please download the catalog or contact us. ■ If you wish to request a trial version, please contact us using the information below.

  • simulator

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3D simulator of quantum dot devices

3D analysis tool for quantum dot devices

Modeling of quantum dot devices involves constructing and analyzing microscopic models and incorporating the results into macroscopic models. The microscopic models can consist of various rectangular or cylindrical three-dimensional quantum dots. The strain effect is also taken into account. The wurtzite structure of GaN substrates can be applied similarly to the zincblende structure. Examples include the band diagram in the macroscopic model, comparison of calculated PL results with experimental results, optical gain spectrum, spectrum without broadening, temperature dependence, gain spectra, and lasing behavior.

  • simulator

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3D simulator of photonic crystal laser

3D analysis tool for photonic crystal semiconductor lasers

Crosslight's 3D TCAD integrates an FDTD and electro-optical simulation environment for photonic crystal semiconductor laser (PhCLD) analysis. Crosslight's 3D TCAD is a tool for designing and optimizing electrically pumped PhCLDs. The user-friendly and practical GUI covers everything from the original GDSII layout to the final simulation of laser emission characteristics.

  • simulator

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Mitsubishi Electric Numerical Control Device 3D Simulator

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.

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  • Other process controls

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