Detail publikace

Single Frequency Semiconductor Laser at 635 nm Stabilized by Means of Linear Absorption of Molecular Iodine with Spectral Analyser

Originální název

Single Frequency Semiconductor Laser at 635 nm Stabilized by Means of Linear Absorption of Molecular Iodine with Spectral Analyser

Anglický název

Single Frequency Semiconductor Laser at 635 nm Stabilized by Means of Linear Absorption of Molecular Iodine with Spectral Analyser

Jazyk

en

Originální abstrakt

We describe a device that was developed to demonstrate frequency stabilisation of semiconductor laser by linear absorption. The usage of absorbents for frequency stabilization in metrology and telecommunications is very progressive. The device is equipped with Fabry-Perot laser beam spectral profile analyser. This is original solution and it is intended for practical teaching students of optoelectronic courses.

Anglický abstrakt

We describe a device that was developed to demonstrate frequency stabilisation of semiconductor laser by linear absorption. The usage of absorbents for frequency stabilization in metrology and telecommunications is very progressive. The device is equipped with Fabry-Perot laser beam spectral profile analyser. This is original solution and it is intended for practical teaching students of optoelectronic courses.

BibTex


@inproceedings{BUT9097,
  author="Bohdan {Růžička} and Otakar {Wilfert}",
  title="Single Frequency Semiconductor Laser at 635 nm Stabilized by Means of Linear Absorption of Molecular Iodine with Spectral Analyser",
  annote="We describe a device that was developed to demonstrate frequency stabilisation of semiconductor laser by linear absorption. The usage of absorbents for frequency stabilization in metrology and telecommunications is very progressive. The device is equipped with Fabry-Perot laser beam spectral profile analyser. This is original solution and it is intended for practical teaching students of optoelectronic courses.",
  address="KoREMA",
  booktitle="Conference Proceedings ICEcom 2003",
  chapter="9097",
  institution="KoREMA",
  year="2003",
  month="october",
  pages="282",
  publisher="KoREMA",
  type="conference paper"
}