Difference between revisions of "Laser 606"
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===Dye=== | ===Dye=== | ||
===Solid lasers=== | ===Solid lasers=== | ||
| − | # Toptica | + | # '''Toptica''' For 606nm, a TA-SHG system is, indeed, the best option. We could provide >500mW of output power (before fiber coupling) at 606nm with 50kHz linewidth and 10GHz of mode-hop-free tuning. |
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| + | The base system is priced around $125-150k. This includes the low-noise digital controller, stable master ECDL, TA, Resonant SHG stage, and training and installation. | ||
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# mpbc They sell under category single frequency lasers, which would consist of Raman fiber amplifier and a frequency doubler. We need to get our own seed at 1212nm in order to get 606nm output. They say that amplification options are 1W or 2W, with as little as 40 mW of seed. The frequency stabilization would be done by stabilizing the seed. The price is in the range 60-70k$, and manufacturing times are 16-18 weeks. | # mpbc They sell under category single frequency lasers, which would consist of Raman fiber amplifier and a frequency doubler. We need to get our own seed at 1212nm in order to get 606nm output. They say that amplification options are 1W or 2W, with as little as 40 mW of seed. The frequency stabilization would be done by stabilizing the seed. The price is in the range 60-70k$, and manufacturing times are 16-18 weeks. | ||
Revision as of 21:27, 23 July 2021
Introduction
Dye
Solid lasers
- Toptica For 606nm, a TA-SHG system is, indeed, the best option. We could provide >500mW of output power (before fiber coupling) at 606nm with 50kHz linewidth and 10GHz of mode-hop-free tuning.
The base system is priced around $125-150k. This includes the low-noise digital controller, stable master ECDL, TA, Resonant SHG stage, and training and installation.
- mpbc They sell under category single frequency lasers, which would consist of Raman fiber amplifier and a frequency doubler. We need to get our own seed at 1212nm in order to get 606nm output. They say that amplification options are 1W or 2W, with as little as 40 mW of seed. The frequency stabilization would be done by stabilizing the seed. The price is in the range 60-70k$, and manufacturing times are 16-18 weeks.
