Models and Properties of Slow-Wave Systems
This chapter analyzes the influence of periodical inhomogeneities and the influence of finite length on properties of slow-wave systems. Symmetrical slow-wave structures consist of two helical or meander electrodes. Increase of characteristic impedance with frequency is the important property of the...
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| creator | Staras, Stanislovas Martavicius, Romanas Skudutis, Julius Urbanavicius, Vytautas Daskevicius, Vladislavas |
| description | This chapter analyzes the influence of periodical inhomogeneities and the influence of finite length on properties of slow-wave systems. Symmetrical slow-wave structures consist of two helical or meander electrodes. Increase of characteristic impedance with frequency is the important property of the twined helical system. Super-wide-band slow-wave structures are necessary to have a high operation speed of electrodynamic delay lines, traveling-wave cathode-ray tubes, and other electron devices. In a traveling-wave cathode-ray tube, the electron beam crosses the central part of the twined helical deflecting system. In order to reduce frequency distortions of signals, cathode-ray tubes with traveling-wave deflecting systems are used. One slow-wave electrode of the system acts as a signal path and the other electrode is used as a compensation voltage electrode. A traveling electromagnetic wave induces electromotive forces in the short-circuited turns of the compensation voltage helix. |
| doi_str_mv | 10.1201/b11725-4 |
| format | Book Chapter |
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Symmetrical slow-wave structures consist of two helical or meander electrodes. Increase of characteristic impedance with frequency is the important property of the twined helical system. Super-wide-band slow-wave structures are necessary to have a high operation speed of electrodynamic delay lines, traveling-wave cathode-ray tubes, and other electron devices. In a traveling-wave cathode-ray tube, the electron beam crosses the central part of the twined helical deflecting system. In order to reduce frequency distortions of signals, cathode-ray tubes with traveling-wave deflecting systems are used. One slow-wave electrode of the system acts as a signal path and the other electrode is used as a compensation voltage electrode. 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| ispartof | Wide-Band Slow-Wave Systems, 2012, p.147-198 |
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| source | O'Reilly Online Learning: Academic/Public Library Edition |
| subjects | Communications engineering / telecommunications Microwave technology WAP (wireless) technology |
| title | Models and Properties of Slow-Wave Systems |
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