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Telecommunications and Radio Engineering
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ISSN Imprimer: 0040-2508
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Telecommunications and Radio Engineering

DOI: 10.1615/TelecomRadEng.v68.i18.50
pages 1631-1641

Synthesis of Amplitude-and-Phase Manipulators on Resistive Elements with a Two-Pole Controlled Element The Controlled Element Is Included between the Resistive Four-Pole Network and the Load

V. I. Gaidukov
Voronezh Higher Military Aviation Engineers School, Voronezh

RÉSUMÉ

It is demonstrated that the use of only resistive basis can ensure manipulation of the amplitude and phase of a high-frequency signal with specified module relations and phase differences in a specific frequency band. Expressions for the quality of a two-pole controlled element as a measure of difference between the elements of its conductance in two states, defined by two levels of a low-frequency controlling signal, and the relationship between the elements of a classical transmission matrix were obtained for the first time. The use of these expressions allows finding mathematical expressions for determining optimal values of resistors.

RÉFÉRENCES

  1. Golovkov, A. A., Synthesis of amplitude and phase manipulators of the reflected signal in resistive elements with concentrated parameters.

  2. Feldshtein, A. L. and Yavich, L. R., Synthesis of Four-Pole Networks and Eight-Pole Networks on SHF.

  3. Kawakami, S., Figure of merit associated with a variable parameter one-port for RF switching and modulation.

  4. Golovkov, A. A. and Minakov, V. G., Interrelations between elements of the resistance matrix and their use for synthesis of matching and filtering devices in amplitude-and-phase manipulators.

  5. Golovkov, A. A. and Gaidukov, V. I., Synthesis of resistive matching devices in amplitude-and-phase manipulators with a three-pole controlled element.