Nuhertz Filter Solutions 2019 v16.2.0

Description

Filter Solutions by Nuhertz Technology is a comprehensive software package for the design, analysis and synthesis of electronic filters. The company is one of the leaders in the field of analysis and analysis of low-pass and high-pass filters, Filter Solutions provides you with capacitive, switch, active and passive synthesizers, and has the ability to analyze noise effects. It is also possible to design IIR and FIR filters in C language. The filter design modules of this program are used by electronics engineers in various fields including communication and telecommunication systems, military electronics, medicine, instrumentation, oil exploration and extraction and antenna design, as well as for IC, MMIC and RFIC design. Passive Filter, Distributed Filter, Active Filter, Digital Filter, Switched Capacitor, and Zmatch modules can be used in this program. With these modules, you have everything you need to know about the design and synthesis of electronic filters.

Features

Elliptical filtering, hourglass, chamfer one and two, batrus and

Accurate and efficient synthesizer

Ability to design high-pass, low-pass, mid-pass, inter-pass filters

Ability to modify active, inactive and distributive components

Possibility to use diplexers and treplexers

Custom design based on S and Z values entered by the user

Ability to design multiple bands for low-pass, high-pass, mid-pass and inter-pass filters with the possibility of designing different parameters for each band independently

Supports Kuroda, Richardson, Norton conversions

S-parameter analysis and time analysis for passive and distributive design

Analyze user time data

Analysis of phase deviations and batch delays

Monte Carlo Analysis

Ability to export to AWRCorp tools

Ability to send output in DXF format for AutoCAD software

Output for Sonnet software

System requirements

Windows 7 / 8.1 / 10

Photos

Installation

After installing, copy and replace the file in the Crack folder in the program installation location.