Methods of dependent count for frequency measurements

Measurement: Journal of the International Measurement Confederation

Volumn 29, Issue 1, 2001, Pages 31-50

  Kirianaki, Nikolay V ^a   Yurish, Sergey Y ^a   Shpak, Nestor O ^a  

^a LVIV POLYTECHNIC NATIONAL UNIVERSITY   (Ukraine)

Author keywords

[No Author keywords available]

Indexed keywords

ERROR ANALYSIS; MEASUREMENT ERRORS; MICROCONTROLLERS;

METHOD OF DEPENDENT COUNT;

ELECTRIC FREQUENCY MEASUREMENT;

EID: 0035147843     PISSN: 02632241     EISSN: None     Source Type: Journal    
DOI: 10.1016/S0263-2241(00)00026-9     Document Type: Article

References (37)

1. Ornatsky P.P. Automatic Measurements and Measuring Instruments (Analogue and Digital). 1986;Vyshcha shkola, Kiev. (in Russian).
2. Shvetsky B.I. Electronic Digital Measuring Instruments. 1991;Tekhnika, Kiev. (in Russian).
3. Kirianaki N.V. Questions of Theory and Designing of Transmitting Equipment for Telemechanical Systems. 1991;UMK VO, Kiev. (in Russian).
4. Kirianaki N.V., Yurish S.Y. The new method for precise frequency time and phase measuring conversion for the information-measuring systems, based on microprocessor. Sliwa E. Methods and Techniques of Signal Processing in Physical Measurements. 1996;117-133 Rzeszow, Poland. (in Russian).
5. Kirianaki N.V. The becoming, development and perspectives of the scientific direction Digital measurements of frequency-time and phase parameters of signals. Measuring Technique and Metrology. 4:1996;129-136. (in Ukraine).
6. Kasatkin A.S. Automatic Processing of Signals of Frequency Sensors. 1966;Energiya, Moscow. (in Russian).
7. Novitskiy P.V. Digital Measuring Instruments with Frequency Sensors. 1970;Energiya, Leningrad. (in Russian).
8. Konstantinov A.I. Time. 1971;Publishing House of Standards, Moscow. (in Russian).
9. Kudriavtsev V.B. Precision Frequency Converters of Automated Monitoring and Control Systems. 1974;Energiya, Moscow.
10. Shliandin V.M. Digital Electrical Measuring Instruments. 1972;Energija, Moscow. (in Russian).
11. Yermolov R.S. Digital Frequency Counters. 1973;Energija, Moscow. (in Russian).
12. Sretenskiy V.N. Radioelectronic ACS. 1978;Sovetskoe Radio, Moscow. (in Russian).
13. Chmykh M.K. Weight method of accuracy enhancement and noise stability of digital frequency counters. Avtometriya. 4:1979;135-137. (in Russian).
14. Kotovich A.A. Automatization of Measurements of Frequency-Time Parameters. 1981;Radio and Svjaz, Moscow. (in Russian).
15. Tyrsa V.E. Error of measurement of periodic time intervals at separate quantization of stop impulses and time intervals. Measuring Technique. 2:1988;47-49. (in Russian).
16. Kirianaki N.V. Methods and Devices of Digital Measurement of Low and Infralow Frequencies. 1975;Vyshcha Shkola, Lviv. (in Russian).
17. Kirianaki N.V. Digital Measurements of Frequency-Time Parameters of Signals. 1978;Vyshcha Shkola, Lviv. (in Russian).
18. Kirianaki N.V. Non-linear Frequency and Phase Selectors. 1987;Vyscha Shkola, Lviv. (in Russian).
19. Bage R. Time and frequency counting techniques. Electron. Eng. 51:(630):1979;47-58.
20. Haward A.K. Counters and timers. Electron. Eng. 51:(630):1979;61-70.
21. BurrBrown Applications Handbook, USA, 1994, pp. 409-412.
22. Pat. 4224568. Frequency to digital converter, USA, 1980.
23. Pat. 788018. Method of measurement of frequency and period of harmonic signal and device for its realisation, USSR, 1980 (in Russian).
24. Pat. 883776. Method of measurement of the ratio of two frequencies of signals and device for its realisation, USSR, 1981 (in Russian).
25. S.Y. Yurish, Program-oriented methods and measuring instruments for frequency-time parameters of electric signals (based on coincidence measuring method), Ph.D. Thesis, State University Lviv Polytechnic, 1997 (in Ukrainian).
26. Kirianaki N.V., Yurish S.Y. Program methods of measurements for microcontrollers based measuring instruments. Proc. Int. Conf. Programmable Devices and Systems (PDS-95), Gliwice, Poland:1995;103-110.
27. N.V. Kirianaki, S.Y. Yurish, Frequency to code converters based on method of depending count. Proceedings of the 14th IMEKO World Congress, Vol. 4B, Topic 4, 2nd International Workshop on ADC Modelling and Testing, Tampere, Finland, 1997, pp. 276-281.
28. Kirianaki N.V., Kobylianskiy A.L., Golzgauzer R.V. Hardware-software method of frequency measurement. Metrology. 1:1991;32-44. (in Russian).
29. Tsybulskiy O.A. Analysis of possibilities of construction of digital frequency counter for information-measuring system. Automation and Metrology for Scientific Researches. 1985;39-45 Kisheniev, Shteentsa. (in Russian).
30. Makarov E.F. Automatization of Standardisation of Radio Measuring Devices. 1991;Publishing House of Standards, Moscow. (in Russian).
31. Pat. 1797714. Device for frequency and period measurement of harmonic signal, Russia, 1993. (in Russian).
32. Pat. 1679393. Digital measuring instrument of rotation speed and acceleration, USSR, 1991 (in Russian).
33. Kirianaki N.V., Viter A.S., Kotylo O.B., Yurish S.Y. Universal microprocessor frequency meter. Instruments and Control Systems. 8:1987;26-27. (in Russian).
34. Deynega V.P., Kirianaki N.V., Shpak N.O., Yurish S.Y. Multifunctional tachometric system of turbogenerator's circuit-breaker for electric power stations. Proc. 2nd Int. Conf. Demand Side Management, Lviv, Ukraine:1997;454-461. (in Ukrainian).
35. Kirianaki N.V., Shpak N.O., Yurish S.Y., Deynega V.P. Intelligent marine tachometric system. Proc. IFAC Workshop on Intelligent Components for Vehicles (ICV'98), Seville, Spain:1998.
36. N.V. Kirianaki, S.Y. Yurish, N.O. Shpak, New processing methods for microcontrollers compatible sensors with frequency output, in: Proc. Eurosensors XII, Southampton, UK, 1998, Vol. 2, pp. 883-886.
37. Measurement and Automation. Instrumentation Catalogue, National Instruments, USA, 1999.