DocumentCode
1165481
Title
Step-Up n-Port Networks
Author
Levan, N. ; Lampard, D. ; Anderson, Brian ; Newcomb, Robert
Volume
16
Issue
3
fYear
1969
fDate
8/1/1969 12:00:00 AM
Firstpage
359
Lastpage
365
Abstract
This paper presents a method of characterizing
-port networks. It is shown that a large class of lossless
-ports can be characterized by sequences of step-up vectors, i.e., vectors that form successive incident voltages to the networks and are orthonormal at the same time. As a result, lossless networks can be classified into several classes. The most interesting one is, perhaps, the stepup class, which is shown to behave jointly like a unitary operator and a complete step-up operator on separate subspaces of the space of
vectors.
-port networks. It is shown that a large class of lossless
-ports can be characterized by sequences of step-up vectors, i.e., vectors that form successive incident voltages to the networks and are orthonormal at the same time. As a result, lossless networks can be classified into several classes. The most interesting one is, perhaps, the stepup class, which is shown to behave jointly like a unitary operator and a complete step-up operator on separate subspaces of the space of
vectors.Keywords
Scattering matrices; Step-up networks; n-ports; Frequency domain analysis; Functional analysis; Hilbert space; Laboratories; Linear systems; Scattering; Signal analysis; Time domain analysis; Vectors; Voltage;
fLanguage
English
Journal_Title
Circuit Theory, IEEE Transactions on
Publisher
ieee
ISSN
0018-9324
Type
jour
DOI
10.1109/TCT.1969.1082970
Filename
1082970
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