Application monobit signal processing technology in the information conflict in the electromagnetic spectrum
- 1 д.т.н., профессор, директор Челябинского НТЦ цифровых технологий обработки радиосигналов, филиал AO «НИИ «Экран»
- 2 гл. инженер, Челябинский НТЦ цифровых технологий обработки радиосигналов, филиал AO «НИИ «Экран»
- 3 начальник лаборатории №20, AO «НИИ «Экран» (г. Самара)
- 4 инженер 1-й кат., Челябинский НТЦ цифровых технологий обработки радиосигналов, филиал AO «НИИ «Экран»
Abstract
In this article analyzes the possibility of using monobit digital signal processing technology in broadband devices of receiving and analyzing microwave signals.
It is shown that the classical ways of expanding the frequency range of receiving and analyzing devices for microwave signals cannot provide the required width of the frequency range of broadband electronic countermeasures systems and electronic reconnaissance systems.
At the present stage of development of electronics significantly extend the frequency range of receiving and analyzing devices for mi-crowave signals can be achieved through the use of monobit digital processing technology of microwave signals.
Shows the structure and algorithms for signal processing in a typical monobit digital microwave signal processing device. It is shown that monobit digital processing technology of microwave signals allows quick detect and roughly determine the parameters received microwave signals.
The article describes the structure and operation of broadband digital device «MSA» developed by the staff of the Research Institute of digital processing systems and information security of the South Ural State University (Chelyabinsk) and the Research Institute «Screen» (Samara) on the basis of monobit digital processing technology of microwave signals.
Digital device «MSA» allows reception, detection and measurement of pulsed, quasicontinuous, and continuous microwave signals in the range of 500−6000 MHz carrier frequency on the basis digital monobit rapid detection and measurement of carrier frequency of the received signals in short quanta input microwave signal duration 100−150 ns.
How to cite
Карманов Ю.Т., Николаев А.Н., Мазуров Ю.В., Поваляев С.В. Применение монобитной технологии обработки радиосигналов в информационном конфликте в спектре электромагнитных волн // Радиотехника. 2016. № 1. С. 66–71.
References
- Karmanov JU.T., Nikolaev A.N. Cifrovaja tekhnologija obrabotki SVCH-radiosignalov v shirokom chastotnom diapazone // Trudy XI Mezhdunar. nauch.-tekhn. konf. «Fizika i tekhnicheskie prilozhenija volnovykh processov». 2012. S. 143−144.
- Nikolaev A.N. Cifrovye tekhnologii v shirokopolosnykh priemnikakh SVCH-radiosignalov // Vestnik JUzhno-Uralskogo gosudarstvennogo universiteta. Ser. «Kompjuternye tekhnologii, upravlenie, radioehlektronika». 2012. № 17. № 35(294). S. 30−34.
- Nikolaev A.N. Primenenie algoritma monobitnogo bystrogo preobrazovanija Fure v shirokopolosnykh malogabaritnykh stancijakh radiotekhnicheskojj razvedki // Sb. nauchnykh trudov UrFU. 2013. № 14. S. 58−64.
- Nikolaev A.N., Zelencova JA.G. Obnaruzhenie radiosignalov v shirokom chastotnom diapazone s ispolzovaniem monobitnogo bystrogo preobrazovanija Fure // Cifrovye radioehlektronnye sistemy. 2012. № 9. S. 21−26.
- Nikolaev A.N., Belugina A.A. Izmerenie nesushhejj chastoty radiosignalov pri subdiskretizacii // Sb. materialov 18‑go Mezhdunar. molodezhnogo foruma «Radioehlektronika i molodezh v XXI veke». KHarkov: KHNUREH. 2014. T. 3. S. 143−144.
- Karmanov JU.T., Nikolaev A.N., Zelencova JA.G., Povaljaev S.V., Zaljackaja I.I. Primenenie monobitnojj cifrovojj tekhnologii obrabotki radiosignalov v shirokodiapazonnykh radioehlektronnykh sistemakh // Vestnik JUzhno-Uralskogo gosudarstvennogo universiteta. Ser. «Kompjuternye tekhnologii, upravlenie, radioehlektronika». 2014. T. 14. № 3. S. 11−18.