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Using an Optic Fiber for Transmitting Signal of Reference Frequencies in VLBI

A. A. Tsaruk, A. V. Vytnov, D. V. Ivanov

Transactions of IAA RAS, issue 30, 28–31 (2014)

Keywords: VLBI, optic fiber line, frequency instability

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Abstract

A new method for transmitting a signal of the reference frequency to radio telescope via optic fiber line is described. Institute of Applied Astronomy is developing the concept of new electronic phase stabilization scheme which can provides a reference signal on radio telescope equal to frequency and phase of signal from frequency standard output. A scheme and first results are shown in this paper.

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A. A. Tsaruk, A. V. Vytnov, D. V. Ivanov. Using an Optic Fiber for Transmitting Signal of Reference Frequencies in VLBI // Transactions of IAA RAS. — 2014. — Issue 30. — P. 28–31. @article{tsaruk2014, abstract = {A new method for transmitting a signal of the reference frequency to radio telescope via optic fiber line is described. Institute of Applied Astronomy is developing the concept of new electronic phase stabilization scheme which can provides a reference signal on radio telescope equal to frequency and phase of signal from frequency standard output. A scheme and first results are shown in this paper.}, author = {A.~A. Tsaruk and A.~V. Vytnov and D.~V. Ivanov}, issue = {30}, journal = {Transactions of IAA RAS}, keyword = {VLBI, optic fiber line, frequency instability}, pages = {28--31}, title = {Using an Optic Fiber for Transmitting Signal of Reference Frequencies in VLBI}, url = {http://iaaras.ru/en/library/paper/1022/}, year = {2014} } TY - JOUR TI - Using an Optic Fiber for Transmitting Signal of Reference Frequencies in VLBI AU - Tsaruk, A. A. AU - Vytnov, A. V. AU - Ivanov, D. V. PY - 2014 T2 - Transactions of IAA RAS IS - 30 SP - 28 AB - A new method for transmitting a signal of the reference frequency to radio telescope via optic fiber line is described. Institute of Applied Astronomy is developing the concept of new electronic phase stabilization scheme which can provides a reference signal on radio telescope equal to frequency and phase of signal from frequency standard output. A scheme and first results are shown in this paper. UR - http://iaaras.ru/en/library/paper/1022/ ER -