Unified RF Filter and Matching Network Design

Welcome to my home page with descriptions of my on-site seminars, books, software, and consulting services. Design of filters, amplifiers, and matching networks is unified by use of loaded Q and bilinear mapping principles. Those design techniques and filter synthesis provide excellent starting variables for optimization of RF networks.

The navigation buttons above provide complete details as well as recent news about this web site, my future plans, background, and links to other useful sites. This page includes brief descriptions and an outline of the navigation hierarchy to help you obtain more details. You can get in touch with me by clicking the Contacts button above.

There are five one-day seminars available at or near your company location:

RF Impedance Matching Networks

Direct-Coupled RF Filters

Polynomial Synthesis of RF Filters

Amplifier Design by Geometric Model & Mapping

Optimization of RF Networks

There are three of my books used in the courses or available separately:

Circuit Design Using Personal Computers

Optimization Using Personal Computers

Broadband Direct-Coupled and Matching RF Networks

There are dozens of software programs that support the seminars and books:

UCHOOSE Interactive Direct-Coupled Filters Spreadsheet Program
    and User's Guide

CONETOPM Constrained Network Optimizer for Matching Program
    and User's Guide

Dozens of supporting programs in BASIC for filter design
    and Related Numerical Analysis

Navigation Hierarchy (Use Buttons at Top of Page) Return to top

Seminars

Matching

Outline

Direct-Coupled Filters

Outline

Filter Synthesis

Outline

Amplifiers

Outline

Optimization

Outline

Pricing

Books

Circuit Design

Table of Contents

Optimization

Table of Contents

Broadband Networks

Table of Contents

Pricing

Software

Circuit Design

Optimization

Broadband Networks

UCHOOSE

CONETOPM

Utility

Consulting

Recent News

Future Plans

Résumé

Contacts

Articles

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Copyright 2007 Thomas R. Cuthbert, Jr. All rights reserved.