TICRA Tools 24.1 full cracked release

Description

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Reliable reflector antenna and electromagnetic modeling software
It is essential for your antenna designs to be optimized and validated as quickly as possible. This is why our reflector antenna and electromagnetic modeling software is relied upon by all leading companies in the global satellite industry.

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**Analysis and Design of Reflector Antenna Systems**

TICRA offers specialized software for reflector antenna systems, delivering fast and accurate analysis and design capabilities for advanced reflector configurations. Users can define multiple antennas within a single project and selectively analyze specific antennas, enabling advanced scattering analysis of antenna clusters. GRASP, the core tool, features an advanced Physical Optics (PO) algorithm as the baseline analysis method, complemented by optional Geometric Theory of Diffraction (GTD) and Moment Method solvers for complex applications.

**General Electromagnetic Scattering and Radiation**

ESTEAM is a powerful tool for solving electromagnetic scattering and radiation problems involving both conducting and dielectric materials. It excels in modeling and optimizing detailed structures such as microstrip and helix antennas, as well as electrically large antennas and platforms, making it ideal for a wide range of electromagnetic challenges.

**Easy Design Optimization**

TICRA Tools provides robust optimization algorithms, including both global and local methods, to support comprehensive design development. CHAMP 3D, for example, enables optimization of S-parameters and return loss, while feed patterns can be tailored to meet specific illumination requirements. The software also supports the design of rotationally symmetric terminals with one or two reflectors, ensuring compliance with pattern constraints such as sidelobe roll-off.

**Analysis and Design of Quasi-Periodic Surfaces**

QUPES is a dedicated software solution for the analysis and design of quasi-periodic surfaces, including reflectarrays, frequency selective surfaces (FSS), and transmitarrays. From unit cell geometry definition to the optimization of finite-sized structures, QUPES streamlines the entire design process within a single tool, eliminating the need for multiple software packages. This integrated approach enhances efficiency and precision in designing complex periodic and quasi-periodic surfaces.

TICRA Tools combines these advanced capabilities into a unified framework, empowering engineers to tackle the most challenging antenna design and optimization tasks with confidence and precision.