Realizable arm filters in I and Q receivers for MSK-type continuous phase modulations / by D.J. Vaisey, P.J. McLane. : Co24-208/1982E-PDF
"The purpose of this study is to investigate some simple receivers for certain bandwidth-efficient modulations that have a constant envelope. Bandwidth-efficient modulations are important due to the increasing demand for communication services and the fact that the available bandwidth is limited. For reasons of efficiency the power amplifier in radio communications equipment is usually operated near power saturation resulting in a non-linear amplification. Any amplitude variations in the input to this amplifier will thus result in AM/AM and AM/PM distortion as well as spectral spreading. It is thus desirable for the input to the amplifier to have a constant envelope. At present, the area of bandwidth-efficient modulations with a constant envelope is the subject of much research"--Introduction, page 1.
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publications.gc.ca/pub?id=9.879409&sl=1
Ministère/Organisme | Canada. Department of Communications. Queen's University (Kingston, Ont.). Dept. of Electrical Engineering. |
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Titre | Realizable arm filters in I and Q receivers for MSK-type continuous phase modulations / by D.J. Vaisey, P.J. McLane. |
Titre de la série | Research report ;No. 82-3 |
Type de publication | Monographie |
Langue | [Anglais] |
Format | Électronique |
Document électronique | |
Note(s) | Digitized edition from print [produced by Innovation, Science and Economic Development Canada]. "DSS Contract No. OSU81-00246." "Report No. 82-3 ; Final Report-Part II." Includes bibliographical references (pages 104-107). |
Information sur la publication | [Ottawa] : [Department of Communications], March 1982. |
Auteur / Contributeur | Vaisey, David Jacques, 1958- author. |
Description | 1 online resource (xii, 107 pages) : figures, charts |
Numéro de catalogue |
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Descripteurs | Radio frequency modulation -- Receivers and reception. Acoustic surface wave filters. Modulation de fréquence -- Récepteurs et réception. Filtres à ondes acoustiques de surface. |