Шығарылым |
Атауы |
Файл |
№ 7 (238) (2024) |
Evolution of SMP connectors. 100 Ghz frequency is no longer the limit |
(Rus)
|
Dzhurinsky K., Androsov A.
|
№ 5 (236) (2024) |
Design of radio-photonic equipment based on optical and microwave electronics technologies |
(Rus)
|
Belkin M., Vasiliev M., Klyushnik D., Kuznetsov E.
|
№ 5 (236) (2024) |
Influence of the structure and properties of thin Osmium films on the emissivity and durability of the cathode |
(Rus)
|
Solyanik V., Miroshnichenko A.
|
№ 5 (236) (2024) |
Mems rf / microwave switches. Part 2 |
(Rus)
|
Kochemasov V., Torina E., Safin A.
|
№ 5 (236) (2024) |
Features of the designing and manufacturing technology of mm-wavelength connectors |
(Rus)
|
Dzhurinsky K.
|
№ 4 (235) (2024) |
MEMS RF / microwave switches. Part 1 |
(Rus)
|
Kochemasov V., Torina E., Safin A.
|
№ 4 (235) (2024) |
Design and simulation of microwave filter with flip-chip contacts |
(Rus)
|
Skovorodnikov S., Semenov D.
|
№ 4 (235) (2024) |
Microwave ICs for on-board remote sensing equipment and space communication systems. Part 2 |
(Rus)
|
Starovoitov E., Skiba E., Nedashkovsky L.
|
№ 9 (230) (2023) |
Design of monolithic F-class microwave amplifiers |
(Rus)
|
Dudinov K., Zadnepryanaya N.
|
№ 3 (234) (2024) |
Microwave ICs for on-board remote sensing equipment and space communication systems. Part 1 |
(Rus)
|
Starovoitov E., Skiba E., Nedashkovsky L.
|
№ 2 (233) (2024) |
Passive polyphase filters design methodology |
(Rus)
|
Nedashkovsky L., Repin V.
|
№ 3 (224) (2023) |
History of RF connectors. Instrument and metrology connectors |
(Rus)
|
Djurinsky К.
|
№ 2 (223) (2023) |
Antenna switches. Part 6 |
(Rus)
|
Kochemasov V., Safin A., Dinges S.
|
№ 2 (223) (2023) |
History of rf connectors. General purpose connectors. Part 2 |
(Rus)
|
Djurinsky K.
|
№ 1 (232) (2024) |
Microwave switches controlled via USB, SPI and Ethernet interfaces |
(Rus)
|
Kochemasov V.
|
№ 1 (222) (2023) |
Antenna switches. Part 5 |
(Rus)
|
Kochemasov V., Safin A., Dinges S.
|
№ 1 (222) (2023) |
History of rf connectors. general purpose connectors. Part 1 |
(Rus)
|
Djurinsky K.
|
№ 7 (228) (2023) |
Modern domestic base of coaxial radio components for microwave modules and units |
(Rus)
|
Djurinsky K.
|
№ 6 (227) (2023) |
Expanded line of PR1-25 high-power coaxial RF and microwave resistive absorbers |
(Rus)
|
Malyshev I., Eremeev Y., Belkov I.
|
№ 6 (227) (2023) |
Microwave generators using ferrite resonators
Part 2 |
(Rus)
|
Gevorkyan V., Kochemasov V., Safin A.
|
№ 6 (227) (2023) |
Double-gap klystron photonic crystal resonator with additional planar resonant elements |
(Rus)
|
Gnusarev A., Miroshnichenko A., Tsarev V., Akafyeva N.
|
№ 5 (226) (2023) |
Engineering approach to the selection of new manufacturers of microwave components from China |
(Rus)
|
Konakov S.
|
№ 5 (226) (2023) |
Microwave generators using ferrite resonators. Part 1 |
(Rus)
|
Gevorkyan V., Kochemasov V., Safin А.
|
№ 5 (226) (2023) |
Three-gap multifrequency resonator for miniature Multibeam klystrons |
(Rus)
|
Miroshnichenko А., Chernyshev М., Akafyeva N.
|
№ 10 (231) (2023) |
Waveguide microwave switches |
(Rus)
|
Kochemasov V.
|
№ 4 (225) (2023) |
Current trends in the improvement of magnetic focusing systems |
(Rus)
|
Jihad Z., Shvachko A.
|
Нәтижелер 26 - 1/26 |
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