Low-cost athermal wavelength-locker integrated in a temperature-tuned single-frequency laser package
A package-integrated, compact, low-cost, athermal wavelength locker is introduced. It uses a novel etalon material, Schnaelite, to reduce environmental temperature sensitivity well over an order of magnitude compared to commercially available fused silica based lockers. Thermo-optical properties of...
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| Veröffentlicht in: | Journal of lightwave technology 2004-01, Vol.22 (1), p.166-171 |
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| container_end_page | 171 |
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| container_title | Journal of lightwave technology |
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| creator | Ackerman, D.A. Paget, K.M. Schneemeyer, L.F. Ketelsen, L.J.-P. Warning, F.W. Sjolund, O. Graebner, J.E. Kanan, A. Raju, V.R. Eng, L.E. Schaeffer, E.D. Van Emmerik, P. |
| description | A package-integrated, compact, low-cost, athermal wavelength locker is introduced. It uses a novel etalon material, Schnaelite, to reduce environmental temperature sensitivity well over an order of magnitude compared to commercially available fused silica based lockers. Thermo-optical properties of temperature insensitive etalons are presented. Results demonstrating frequency stability of devices incorporating Schnaelite etalon based discriminators show optical frequency shifts below 1 GHz for large changes in case and laser temperature. This enabling technology promotes future small form-factor, low power consumption, multichannel laser sources. |
| doi_str_mv | 10.1109/JLT.2004.824186 |
| format | Article |
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It uses a novel etalon material, Schnaelite, to reduce environmental temperature sensitivity well over an order of magnitude compared to commercially available fused silica based lockers. Thermo-optical properties of temperature insensitive etalons are presented. Results demonstrating frequency stability of devices incorporating Schnaelite etalon based discriminators show optical frequency shifts below 1 GHz for large changes in case and laser temperature. 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It uses a novel etalon material, Schnaelite, to reduce environmental temperature sensitivity well over an order of magnitude compared to commercially available fused silica based lockers. Thermo-optical properties of temperature insensitive etalons are presented. Results demonstrating frequency stability of devices incorporating Schnaelite etalon based discriminators show optical frequency shifts below 1 GHz for large changes in case and laser temperature. 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| subjects | Energy consumption Exact sciences and technology Frequency Fundamental areas of phenomenology (including applications) Laser stability Laser transitions Lasers Optical devices Optical materials Optical sensors Optics Packaging Physics Semiconductor lasers laser diodes Silicon compounds Temperature sensors |
| title | Low-cost athermal wavelength-locker integrated in a temperature-tuned single-frequency laser package |
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