Tags :Ticra

TICRA CHAMP 3.1.1The ultimate tool for superior design of horns and reflectors with rotational symmetry. Introducing productivity enhancements that create an intuitive environment and a very short learning curve for the rookie, while still giving the expert access to an incredible array of features to thoroughly optimize your antenna system. Rule-based wizards for setup of conical corrugated horns and ring-focus reflector systems Component library for easy design of axial corrugations, choke-ring waveguides and dual-depth corrugations conical horns Easy definition of horn exterior geometry Analysis of dielectric material, for example as used between the feed aperture and the sub-reflector Assignment of variables to geometric parameters, including arithmetic and trigonometric expressions Smooth formulation of optimization goals in terms of familiar antenna parameters...

GRASP has established itself long ago as the industry standard for precise modelling of reflector antennas. It builds on decades of research and development in numerical methods for solving EM problems, and the thorough testing by the demanding satellite industry vouches for accuracy and efficiency. Easy definition of single and dual reflector geometries by built-in wizards Support for several reflector shapes and materials Mathematical and numerical (measured) feed definitions Near-field and far-field calculations of vector fields Flexible analysis approach enables the calculation of individual scattering components of the radiated field Highly efficient PO algorithms, GTD and optional moment-method solver Increased productivity through efficient project file handling Several optional add-ons – see links in the left paneProduct:Ticra grasp 10.1 Lanaguage:english Platform:Win7/WIN8...

The GRASP9 software is the most versatile tool available for analysing general reflector antennas and antenna farms. The package is a general tool to handle single, dual and multi-reflector configurations (beam waveguides). GRASP9 can calculate the electromagnetic radiation from systems consisting of multiple reflectors with several feeds and feed arrays. It is even possible to analyse the interaction between various antenna systems, a requirement which is often encountered in satellite systems where several antennas may be mounted in the vicinity of each other. The scattering from a feed or from a reflector of one system in a reflector of another system can thus easily be calculated. A vast amount of different surfaces, including user-defined shapes, can be analysed, just as...