ASYSOFT ASYSOFT data acquisition and processing software is a user-friendly environment for the management of various tasks during the antenna measurements. It is a stable, modular platform allowing for full flexibility and optional customisation as required for a particular test setup. ASYSOFT consists of several modules: Data acquisition module Analysis and transformation module Visualization module Acquisition Module The acquisition module provides comprehensive control of the test setup equipment with the support of a friendly and intuitive Graphical User Interface. Data security is preserved by determining user access privileges and the ability of allowing multiple users to access measurement configurations and data files. Features Multiple languages supported Parameter definition (measurement description, RF settings, measurement type and probe type) Configuration of individual rotary and linear axes for a specific range layout Selection of scan and increment axes (parameters, scan direction, stepped or continuous mode) Configuration of different range layouts and connected instruments Storing configurations and custom settings Direct RF component set up (multipliers, harmonic mixers, etc.) Real-time monitoring of acquired data with the ability to pause and save partial data set acquisition Supports concatenated batch runs AUT configuration by means of external user defined commands Control of multi-port and reconfigurable antennas Supports Keysight, Rohde & Schwarz and Anritsu RF instrumentation Analysis & Transformation Module The analysis module forms an integral part of the ASYSOFT software package, allowing the user to analyse acquired data or perform various transformations. The module can be optionally installed on a different platform to allow for concurrent data acquisition and remote based analysis. The optional Near to Far-Field transformation module (planar, cylindrical or spherical) is integrated into the ASYSOFT software package in a modular way. It allows the use of external industry standard routines (SNIFTD and ROSCOE from TICRA) to guarantee the user full traceability during the measurement process. Modules General data analysis ASY-ALS Planar transformation ASY-PNF Cylindrical transformation ASY-CNF Spherical transformation ASY-SNF Features Antenna pattern extraction Gain calculation by substitution, two-antenna and three-antenna methods Sidelobe, 3dB beam width, polarisation axial ratio and tilt angle File creation and probe calibration for all Near-Field geometries Sub-gridding correction for on-the-fly data acquisition Data manipulation (re-arrange axes, merge and split data) Pattern interpolation using either spherical-wave expansion or Fourier transform Arbitrary pattern rotation using Euler angles Far-Field pattern phase translation Data normalisation and comparison Data export in various field components and data formats: ASCII, CSV, DIATOOL and custom Calculation of co-polar and cross-polar linear and circular field components Visualisation Tool The graphical representation module (a third party plug-in) is continually updated to match the increasing demands of the ASYSOFT software package throughout the lifecycle of the product and equips the end user with the very latest in data visualisation imagery. The module allows the user to graphically interpret acquired and transformed data. Features 2D and 3D plots for measured and transformed data Polar plots Zooming capability Overlay of user pre-defined masks Display of main antenna parameters Export to PNG, GIF, TIFF and JPG Simultaneous display of multiple data plots DOWNLOAD BROCHURE Related Portfolio Items System supplier and producer of antenna metrology systems Products & Services Components Systems Software Calibration & Alignment Maintance Teaching Terms, Conditions & Warranty Customer Terms & Conditions Supplier Terms & Conditions Warranty Contact Info +34 942 05 04 85 info-es@asysol.com Isabel Torres 9, 39011 Santander, SPAIN 08:00 AM - 06:00 PM All rights reserved © 2021 | Antenna Systems Solutions S.L. | Cookies Policy | Legal Warning | Data protection policy