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Volume 21 Issue 2
Sep.  2013
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Citation:
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Power tuning for 632.8nm wavelength He-Ne lasers with various frequency spacing by mode split

  • 1.

    Department of Precision Instruments, Tsinghua University, Beijing, 100084

  • Received Date: 1995-12-18
    Fund Project:

  • The laser longitudinal mode-split technology provides a powerful tool to study the power tuning property for a laser with various frequency spacing form a few tens of megahertz to half of the longitudinal mode spacing.A serious of experiments have been done.The experimental results show that the power varying trend of o-light and e-light are opposite to each other,no matter what kind of Ne(Ne20 or the mixture of Ne20 and Ne22) is used and how much the mode split is.
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    Gudelev V G,Izmailov A Ch,Yasinskii V M.Sov J Q E,1988;18(2):166~171
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    Bretenaker F,Floch A Le.J O S A,1991;B8(2):230~238
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    Basov N G,Gubin M A,Nikitin V V et al.Sov J Q E,1984;14(6):
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    Yang S,Zhang S L.Opt Commun,1988;68(1):55~57
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    Zhang S,He W K.Opt Commun,1993;97(3):210~214
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    Katuo S,Tadanao O.ishi.Appl Opt,1990;29(3):354~359
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Power tuning for 632.8nm wavelength He-Ne lasers with various frequency spacing by mode split

  • 1. Department of Precision Instruments, Tsinghua University, Beijing, 100084
  • Received Date: 1995-12-18
  • Available Online: 1997-03-25
Fund Project: 

Abstract: The laser longitudinal mode-split technology provides a powerful tool to study the power tuning property for a laser with various frequency spacing form a few tens of megahertz to half of the longitudinal mode spacing.A serious of experiments have been done.The experimental results show that the power varying trend of o-light and e-light are opposite to each other,no matter what kind of Ne(Ne20 or the mixture of Ne20 and Ne22) is used and how much the mode split is.

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