Products CAE FOR ELECTRO-OPTIC ANALYSIS SANAYI SYSTEM

    TechWiz Extractor

    TX Series
    • TSolidX
      TSolidX is 3D structural modeling simulation software.
      3D structure is easily generated by applying actual process recipes and structural information. It can be output as various CAx format files, which is extensively used in commercial CAD, CAE, and CAM software.
    • TRCX
      TRCX is RC calculation simulation software for display panels.
      It is suitable for advanced RC analysis in TSP(Touch Screen Panel), and display panels. Accurate RC calculation is performed even in large-sized areas through finite element method (FEM) analysis by dividing the simulation area or applying distributed computing.
    • TDeformX
      TDeformX is structural deformation simulation software.
      After generating a 3D structure, structural deformation parameters such as strain and stress by applied pressure are checked. As a separate tool, TSolidX and TRCX programs with Deformation tab added can be used.
    • TVolumeX
      TVolumeX is simulation software for checking the amount of LC and defect analysis.
      By panel information and process recipe of LCD panels, the optimal amount of LC can be calculated based on the volume results. It is possible to identify the process margin before manufacturing the products to handle severe process variations and improve huge productivity.
    TSolidX

    TSolidX is a powerful 3D modeling software based on the actual semiconductor process and a mask layout. Three types of 3D structure (Solid Model, Surface Triangular Mesh, 3D Tetrahedral Mesh) can be easily generated. It is fully compatible with CAx formats such as CAD, CAE, CAM by providing interactive optimization.

    Key Features

    • Exporting CAx format files

      1. - Solid Model: STEP (AP214/AP203), IGES v5.3
      2. - 3D Triangular Mesh: STL, Standford Triangle, Alias/Wavefront, AutoCAD DXF, Gmsh, Abaqus Input
      3. - 3D Tetrahedron Mesh: NASTRAN, ANSYS, Gmsh, Abqus Input

    • Various types of 3D modeling

      1. - Tapered structure
      2. - Tapered-conformal structure
      3. - Manhattan structure

    • Compatibility with commercial layout editors

      1. - Virtuoso

    • Deformation analysis (Optional)

      1. - Strechable, bendable, foldable structure deformation by external force
      2. - Displacement / Stress/ Strain Analysis

    Modeling of 3D structures is very essential for performing computer-aided design and analysis. TSolidX generates accurate three-dimensional structures based on the realistic semiconductor fabrication process. Three types of modeling data (Solid Model, 3D Triangular Mesh, 3D Tetrahedral Mesh) can be provided to utilize in various analysis fields.

    • Solid Model
      1. STEP AP214, AP203 (.stp)
      2. IGES 5.3 (.igs)

      OLED Pixel

    • 3D Triangular Mesh
      1. STL (.stl)
      2. Stanford Triangle (.ply)
      3. NASTRAN (.bdf)
      4. Alias/Wavefront (.obj)
      5. AutoCAD DXF (.dxf)
      6. Gmsh (.msh)
      7. Abaqus Input (.inp)

      PCB Substrate

    • 3D Tetrahedral Mesh
      1. NASTRAN (.bdf)
      2. ANSYS (.ans)
      3. Gmsh (.msh)
      4. Abaqus Input (.inp)

      Heat Sink

    TSolidX Layout

    TSolidX Layout is included in the TSolidX Windows version, and specialized in editing or designing the mask layout for modeling the 3D structures. In addition, GDSII format data from other commercial layout editors can be utilized.

    TRCX

    TRCX is the optimal parasitics extraction software for designing and analyzing the RC components of large-sized TSP(Touch Screen Panel), LCD, and OLED panels. With effective parallel algorithm and FEM analysis, TRCX enables to calculate quick and accurate RC extraction and can be widely used for product design and defect analysis.

    Key Features

    • Generation of accurate and stable 3D structures

      1. - Sidewall models with etching process
      2. - Various types of structure models (Tapered, Manhattan, Tapered-Conformal)

    • Windows/Linux Platform

      1. - Intuitive and easy-to-use user-interface

    • Simulation speed improvement

      1. - Distributed simulation for various structure settings and voltage conditions
      2. - Multi-core process to speed up the mesh generation and simulation time

    • RC extraction with simulation efficiency

      1. - Lossy dielectrics can be considered
      2. - Doped electrodes can be considered
      3. - Selective electrodes analysis
      4. - Automatic RC extraction

    As simulation for manufacturing the display products is essential, TRCX offers various analysis options and functions to obtain advanced results. It is supported by Windows, Linux platforms as well as Script UI. TRCX also performs generating 3D structures based on realistic mask layout and fabrication process as well as analyzes electrical characteristics of displays through FEM(finite element method).

    • Easy-to-use User Interface

    • Generation of 3D OLED Structure

    • Potential Distribution for Energy Calculation

    TDeformX

    TDeformX is specialized in structural deformation according to the user-defined simulation conditions such as loads and boundary conditions. Users can check the various results including displacement, strain, and stress using linear or nonlinear solver. The deformed results can be widely used in temperature-dependent thermal analysis, electrical & mechanical analysis.

    Key Features

    • Intuitive and easy-to-use UI configuration

    • Various structural modeling functions for 3D structure generation

    • Deformation solvers (Linear/Nonlinear

    • Simulation of Radius of Curvature and Displacement

    • Thermal analysis considering process temperature and CTE(Coefficient of Thermal Expansion)

    • Various structural analysis defining loads and boundary conditions

      1. - Displacement(UX, UY, UZ)
      2. - Stress, Von-Mises Stress
      3. - Strain, Max Principal Strain, Mid Principal Strain, Min Principal Strain

    • Deformation Simulation of flexible structure

      1. - Stretchable
      2. - Bendable
      3. - Foldable

    • Electrical analysis by deformation with integrated program linked to the TX Series(TSolidX, TRCX)

    Structural Deformation Simulation

    TDeformX can perform a variety of flexible structure simulations. Displacement, Strain & Stress results based on userdefined loads and boundary conditions are checked, and electrical characteristics can be analyzed according to structural deformation effectively.

    One flow Simulation

    TDeformX is capable of analyzing heat distribution according to structure based on power loss results obtained through electrical analysis. Users can even obtain mechanical analysis results based on heat distribution.

    TVolumeX

    TVolumeX is optimized for the defect analysis of LCD panels by designing CS(Column Spacer) and calculating the volume and injection amount of liquid crystal. TVolumeX which contains useful functions and options for analyzing the LCDs can contribute to increasing the value of products and reducing manufacturing costs by enabling to handle severe process variations.

    Key Features

    • Calculation of LC injection quantity

      1. - 3D modeling with fabrication process
      2. - Improvement the structure generation time and structural quality

    • Complex dynamic analysis of LCD panel

      1. - Plate bending analysis / deformation analysis of seal and CS
      2. - Result analysis according to CS design conditions
      3. - Process defect analysis by drop filling condition
      4. - Calculation the average LC quantity and process margin

    • Various calculation results

      1. - LC injection quantity per shot
      2. - Cell gap distribution / displacement contour
      3. - 2D profile / cross-sectional data

    TVolumeX provides dynamic analysis function including distribution of cell gap and displacement, LC injection quantity per shot at atmospheric pressure.

    • Cell gap Distribution

    • Displacement Distribution

    • LC Injection Quantity

    It predicts the average cell gap according to the injection amount of liquid crystal and CS thickness. And, it provides analysis results for the process including calculating the appropriate amount of liquid crystal.

    Can Obtain Optimum Range of LC Injection Quantity Depend on CS Design
    TX Viewer

    TX Series(TSolidX, TRCX, TDeformX, TVolumeX)may identify analysis results including 2D mask layouts and 3D structures generated by TX Series(TSolidX, TRCX, and TVolumeX). It is an effective post-processor program that performs data visualization for calculated results and advanced data analysis. It also delivers a dedicated plotting and graphical control solution by OpenGL.