Frequency-selective measurement of microwave signal parameters based on application of gyromagnetic converters has proven advantageous for the research of microwave radiation over a wide spectrum (several octaves) in multisignal regime in microwave path and for the solution of a number of electromagnetic compatibility (EMC) problems. The measurement frequency band can be enlarged to millimeter-waves with application of monocrystal hexagonal ferrite resonators (HFR) having high internal magnetic fields. Millimeter-wave field interactions with the HFR having alternating resonance frequency are analyzed. This is useful for millimeter-wave signal modulation and demodulation. The analysis is based on the solution of magnetization vector motion equation of the uniaxial spherical HFR with time-varying bias magnetic field or angle of the HFR orientation (for modulation problem) and with amplitude-modulated microwave signal action (for demodulation problem). The novel principle of the HFR frequency-selective measuring system based on automodulation design is discussed
M. Koledintseva and A. A. Kitaytsev, "Physical and Technical Bases of Using Ferromagnetic Resonance in Hexagonal Ferrites for Electromagnetic Compatibility Problems," IEEE Transactions on Electromagnetic Compatibility, Institute of Electrical and Electronics Engineers (IEEE), Jan 1999.
The definitive version is available at https://doi.org/10.1109/15.748132
Electrical and Computer Engineering
Keywords and Phrases
EMC Problems; FM; Alternating Resonance Frequency; Amplitude Modulation; Amplitude-Modulated Microwave Signal; Automodulation Design; Demodulation; Electromagnetic Compatibility; Ferrite Devices; Ferromagnetic Resonance; Frequency Modulation; Frequency-Selective Measurement; Frequency-Selective Measuring System; Gyromagnetic Converters; Magnetic Microwave Devices; Magnetization Vector Motion Equation; Measurement Frequency Band; Measurement Systems; Microwave Measurement; Microwave Path; Microwave Power Measurement; Microwave Radiation; Microwave Signal Parameters; Millimeter-Wave Signal Demodulation; Millimeter-Wave Signal Modulation; Monocrystal Hexagonal Ferrite Resonators; Power Measurement; Resonators; Time-Varying Bias Magnetic Field
International Standard Serial Number (ISSN)
Article - Journal
© 1999 Institute of Electrical and Electronics Engineers (IEEE), All rights reserved.