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Delay equalizer using tapered cutoff waveguide
Derivation of design formulas by obtaining correction terms for second-order term in expression for phase; it is found that these design techniques allow degree of residual distortion to be controlled quantitatively; effectiveness of design technique is verified in experiment in 11-Gc band; method of construction and accuracy is investigated; applicable to pulse transmission. (English translation of Denki Tsushin Gakkai Zasshi) (Translation of Denki Tsushin Gakkai Zasshi, by IEEE)
Delay equalizer using tapered cutoff waveguide
Derivation of design formulas by obtaining correction terms for second-order term in expression for phase; it is found that these design techniques allow degree of residual distortion to be controlled quantitatively; effectiveness of design technique is verified in experiment in 11-Gc band; method of construction and accuracy is investigated; applicable to pulse transmission. (English translation of Denki Tsushin Gakkai Zasshi) (Translation of Denki Tsushin Gakkai Zasshi, by IEEE)
Delay equalizer using tapered cutoff waveguide
Electronics Communications Japan
Ishihara, F. (author) / Ishida, N. (author)
1965
9 pages
Article (Journal)
English
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Electromagnetic field in vicinity of tapered waveguide horn
| Engineering Index Backfile | 1959
| European Patent Office | 2020