High-average-power femtosecond laser at 258 nm
M Müller, A Klenke, T Gottschall, R Klas, C Rothhardt… - Optics Letters, 2017 - opg.optica.org
Optics Letters, 2017•opg.optica.org
We present an ultrafast fiber laser system delivering 4.6 W average power at 258 nm based
on two-stage fourth-harmonic generation in beta barium borate (BBO). The beam quality is
close to being diffraction limited with an M^ 2 value of 1.3× 1.6. The pulse duration is 150 fs,
which, potentially, is compressible down to 40 fs. A plain BBO and a sapphire-BBO
compound are compared with respect to the achievable beam quality in the conversion
process. This laser is applicable in scientific and industrial fields. Further scaling to higher …
on two-stage fourth-harmonic generation in beta barium borate (BBO). The beam quality is
close to being diffraction limited with an M^ 2 value of 1.3× 1.6. The pulse duration is 150 fs,
which, potentially, is compressible down to 40 fs. A plain BBO and a sapphire-BBO
compound are compared with respect to the achievable beam quality in the conversion
process. This laser is applicable in scientific and industrial fields. Further scaling to higher …
We present an ultrafast fiber laser system delivering 4.6 W average power at 258 nm based on two-stage fourth-harmonic generation in beta barium borate (BBO). The beam quality is close to being diffraction limited with an M^2 value of 1.3×1.6. The pulse duration is 150 fs, which, potentially, is compressible down to 40 fs. A plain BBO and a sapphire-BBO compound are compared with respect to the achievable beam quality in the conversion process. This laser is applicable in scientific and industrial fields. Further scaling to higher average power is discussed.
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