Lumped-Element Transforms
This CD—ROM course shows how to use transforms to improve filter realizability. Transforms can also change the topology to be more suitable for a technology, such as coaxial resonators or quartz resonators. The well—known tee to pi is one example transform. Other more powerful transforms and how to use them to design prcatical filters are also discussed. Topics include: Canonic Filters, the Norton Transform, Inverters, Filters with Finite Frequency Zeros.
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Lumped-Element Transforms
This CD—ROM course shows how to use transforms to improve filter realizability. Transforms can also change the topology to be more suitable for a technology, such as coaxial resonators or quartz resonators. The well—known tee to pi is one example transform. Other more powerful transforms and how to use them to design prcatical filters are also discussed. Topics include: Canonic Filters, the Norton Transform, Inverters, Filters with Finite Frequency Zeros.
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Lumped-Element Transforms

Lumped-Element Transforms

by Randall W. Rhea
Lumped-Element Transforms

Lumped-Element Transforms

by Randall W. Rhea

Multimedia

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Overview

This CD—ROM course shows how to use transforms to improve filter realizability. Transforms can also change the topology to be more suitable for a technology, such as coaxial resonators or quartz resonators. The well—known tee to pi is one example transform. Other more powerful transforms and how to use them to design prcatical filters are also discussed. Topics include: Canonic Filters, the Norton Transform, Inverters, Filters with Finite Frequency Zeros.

Product Details

ISBN-13: 9781884932298
Publisher: The Institution of Engineering and Technology
Publication date: 08/01/2002
Product dimensions: 5.40(w) x 7.40(h) x 0.50(d)

Table of Contents

Introduction
Canonic Filters Q
Filters with Finite Frequency Zeros
Inverters
Norton and Resonator Branches
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