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Journals and Conferences
The results of the design of a measuring antenna for the 0.85 to 17.44 GHz frequency band are presented. Antenna gain was measured to be at least 9 dB at 0.85 GHz and 28 dB at 17.44 GHz. The antenna is intended to generate the reference electromagnetic field during measurements with an appropriate signal source, and, together with appropriate receivers, for… (More)
The design basics are discussed. Experimental tests have been carried out on design of wide-range meters of phase fluctuations spectrum (phase noise) of quasiharmonic signals over 1 to 18 GHz range
Analysis of parameters of different types of measuring antennae has been conducted, the reasonability and possibility of the realization of a number of superwideband horn-lens antennae with coaxial input has been done. Presented are the results of the designing of the horn-lens antennae within the range f 0.85 to 37.5 GHz. The range is overlapped by three… (More)
The results of designing the measuring antenna for 2.0 to 25.95 GHz frequency are presented. The antenna is intended to generate the reference electromagnetic field during measurements with appropriate signal source and for electromagnetic field analysis, for electromagnetic environment monitoring, measurements of antenna parameters and small levels of… (More)
The results of design of measuring antenna for frequency range 12.05-37.50 GHz are presented. The antenna is intended for measuring of power flow density of electromagnetic field, parameters of antenna assemblies, parameters of electromagnetic compatibility of radioelectronic facilities and excitation of EM field with defined power flow density. Wide… (More)
Presented in this paper are simulation data for the set of measuring antennas (17.44 to 37.5 GHz). This band is covered by two measuring antennas P6-63 (17.44 to 25.95 GHz) and P6-64 (25.95 to 37.5 GHz). These antennas are intended to measure the density of electromagnetic field power flow, parameters of antenna devices, parameters of electronic devices… (More)
Discussed in this work are the design principles and experimental testing results of a high-accuracy phase-modulated measuring radar (level radar) for the 8 mm range.
The results of designing the test antennas P6-36 (range 17.44-25.95 GHz) and P6-37 (range 25.9-37.5 GHz). The antennas gain is at least 28 dB. The antennas are intended for measuring the parameters of antennas and the electromagnetic compatibility parameters of radioelectronic equipment.