Search Results - "Marionnet, F"

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  1. 1

    Phase noise measurements of 10-MHz BVA quartz crystal resonators by Sthal, F., Mourey, M., Marionnet, F., Walls, W.F.

    “…In this paper, we review a new piece of equipment that allows one to characterize the phase noise of crystal resonators using a phase bridge system with…”
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    Journal Article
  2. 2
  3. 3

    An oscillator for space by Galliou, S., Mourey, M., Marionnet, F., Besson, R.J., Guillemot, P.

    “…These last years a new 10 MHz quartz crystal oscillator family has been designed in LCEP with the support of the French space agency (CNES). It is intended for…”
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    Conference Proceeding
  4. 4

    Phase noise study of quartz crystal resonators versus the radius of curvature by Sthal, F., Boy, J.J., Mourey, M., Marionnet, F.

    “…First measurements of the phase noise versus the radius of curvature of SC-cut resonators are given. Resonators with adherent electrodes are investigated and…”
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    Conference Proceeding
  5. 5

    Various ways to temperature-regulate an ultrastable quartz oscillator by Galliou, S., Mourey, M., Marionnet, F.

    “…An ultrastable quartz crystal oscillator (USO) must obviously be ovenized. Frequency fluctuations partly come from static changes of the ambient temperature as…”
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    Conference Proceeding
  6. 6

    Characterization of quartz crystal resonators on phase modulation noise without an oscillator by Sthal, F., Mourey, M., Galliou, S., Marionnet, F., Besson, R.J.

    “…In the time domain, two methods are investigated to classify the phase noise of the resonators. A numerical model of frequency stability of ultra stable quartz…”
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    Conference Proceeding
  7. 7
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    PM noise measurements of 10 MHz BVA quartz crystal resonators using a phase bridge system with carrier suppression by Sthal, F., Mourey, M., Marionnet, F., Walls, W.F.

    “…In this paper we review a new piece of equipment that allows one to characterize the phase noise of crystal resonators using a phase bridge system with carrier…”
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    Conference Proceeding
  9. 9

    10 MHz hyperstable quartz oscillators performances by Besson, B., Moutrey, M., Galliou, S., Marionnet, F., Gonzalez, F., Guillemot, P., Tjoelker, R., Diener, W., Kirk, A.

    “…New hyperstable quartz oscillators are presented. Methods to overcome limitations due to various noise sources are discussed. Stabilities down to 5.10/sup -14/…”
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    Conference Proceeding