350 rub
Journal Radioengineering №12 for 2014 г.
Article in number:
Experimental data and theoretical results in the evaluation of parasitic phase shift of X-band local oscillator
Keywords: local oscillator crystal oscillator power spectrum amplitude noise phase noise parasitic phase shift phase fluctuations X-band
Authors:
E.G. Molchanov - Head of laboratory, JSC «Radiofizika»
D.S. Ochkov - Ph.D. (Eng.), Head of division, JSC «Radiofizika», teacher of MIPT
E.A. Silaev - Head of laboratory, JSC «Radiofizika»
I.S. Formalnov - Ph.D. (Eng.), Head of department, JSC «Radiofizika»
Abstract:
This paper contains: results of phase noise calculation of X-band local oscillator (LO) signal in the form of parasitic phase shift; results of phase noise calculation of X-band LO signal in the form of parasitic phase shift using Leeson's noise model; measurements of power spectral density of amplitude and phase noise of X-band LO signal with 250 MHz and 190 MHz crystal oscillators (XO) as a reference; results of parasitic phase shift calculation of X-band LO signal with 250 MHz and 190 MHz XO as a reference, obtained from data of measurements of the power spectral density of their phase noise. A comparative analysis of the obtained results is presented. As an X-band LO was used 12 GHz LO with 250 MHz reference XO and 12 GHz LO with 190 MHz reference XO designed in JSC «Radiofizika»
Pages: 83-94
References

  1. Ochkov D.S., Silaev E.A., Formal'nov I.S. Oczenka intervalov kogerentnosti radiotraktov RLS // Radiotexnika. 2006. № 4.
  2. Kobel'kov G.P., Kuriksha V.A., Levitan B.A. i dr. Sozdanie RLS radiovideniya v millimetrovom diapazone voln // Radiotexnika. 2006. № 10.
  3. Wu T., Tang X.H., Xiao F. Research on the coherent phase noise of millimeter-wave Doppler radar // Progress in Electromagnetics Research Letters. 2008. V. 5.
  4. Chenakin A. GUN ili ZhIG. Problema vy'bora pri proektirovanii vy'sokokachestvennogo sintezatora s FAPCh // E'lektronika. 2012. № 6.
  5. Avtushenko A.F., Alekseev S.V., Balashova E.A. i dr. Moshhny'e nadgorizontny'e RLS dal'nego obnaruzheniya / Pod red. Boeva S.F. M.: Radiotexnika. 2013.
  6. Grigor'ev I.A. Oczenka vliyaniya fluktuaczij geterodinny'x signalov kogerentny'x RLS na avtokorrelyaczionnuyu funkcziyu e'xosignalov // Radiotexnika. 2013. № 5.
  7. Ry'zhkov A.V., Popov V.N. Sintezatory' chastot v texnike radiosvyazi. M.: Radio i svyaz'. 1991.
  8. Ochkov D.S., Silaev E.A., Formal'nov I.S. Vliyanie znacheniya chastoty' opornogo signala na velichinu parazitnogo nabega fazy' kvarczovannogo geterodina // Radiotexnika. 2007. № 10.
  9. Kuleshov V.N., Zhalud V. Shumy' v poluprovodnikovy'x ustrojstvax / Pod obshhej red. Nary'shkina A.K. M.: Sov. radio. 1977.
  10. Ochkov D.S., Silaev E.A., Formal'nov I.S. Analiz vliyaniya traktov preobrazovaniya chastoty' na parazitny'j nabeg fazy' pri pryamom sinteze opornogo SVCh-signala // Radiotexnika. 2009. № 10.
  11. Leeson D.B. A simple model of feedback oscillator noise spectrum // IEEE Proc. Letters. 1966. V. 54.
  12. Silaev E.A. Sravnenie e'ksperimental'ny'x i teoreticheskix rezul'tatov pri oczenke parazitnogo nabega fazy' SVCh-signala geterodina kogerentnoj RLS // Radiotexnika. 2014. № 1.
  13. Bogomolov D.V., Ochkov D.S. Oczenka intervalov kogerentnosti vy'sokostabil'ny'x kolebanij istochnikov millimetrovogo diapazona // Radiotexnika i e'lektronika. 1995. T. 40. № 1.
  14. Patent RU 2 439 775 C1.
  15. Axmetshin N.R., Gus'kov Ju.S., Silaev E.A. Mnogokvarczevy'j vy'sokochastotny'j generator // Radiotexnika. 2014 № 14.