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Compared with titanium doped sapphire crystals, Yb3+: CaGdAlO4 crystals can generate very short and powerful pulses. Yb: CALGO can directly pump semiconductor lasers with high efficiency and power
Product Features
*High thermal conductivity
*Large gain bandwidth
*Wide transmission bandwidth
*Low refractive index temperature gradient
*High power InGaAs laser diode covering Absorption band
Product Application
*Solid-state femtosecond oscillator
*Ultra fast solid-state lasers - time resolved spectroscopy, multiphoton imaging, microfabrication, refractive surgery, particle acceleration, *X-ray generation, fusion, etc.
*Mode-locked laser
*BAW device
*Diode pumped short pulse Modelock laser
*Femtosecond laser technology
*The dual color dual pulse scheme - Yb: CALGO, can generate dual pulses of different wavelengths. To our knowledge, this is the first demonstration of dual color femtosecond dual pulse operation. A very wide spectrum was obtained, with a bandwidth greater than 30 nm (Figure 4). The spectrum can be fitted with two Gaussians: one centered at 1040 nm with a bandwidth of 21 nm, and the other centered at 1057 nm with a bandwidth of 10 nm, with a lower amplitude (60%)
Compared with titanium doped sapphire crystals, Yb3+: CaGdAlO4 crystals can generate very short and powerful pulses. Yb: CALGO can directly pump semiconductor lasers with high efficiency and power
Product Features
*High thermal conductivity
*Large gain bandwidth
*Wide transmission bandwidth
*Low refractive index temperature gradient
*High power InGaAs laser diode covering Absorption band
Product Application
*Solid-state femtosecond oscillator
*Ultra fast solid-state lasers - time resolved spectroscopy, multiphoton imaging, microfabrication, refractive surgery, particle acceleration, *X-ray generation, fusion, etc.
*Mode-locked laser
*BAW device
*Diode pumped short pulse Modelock laser
*Femtosecond laser technology
*The dual color dual pulse scheme - Yb: CALGO, can generate dual pulses of different wavelengths. To our knowledge, this is the first demonstration of dual color femtosecond dual pulse operation. A very wide spectrum was obtained, with a bandwidth greater than 30 nm (Figure 4). The spectrum can be fitted with two Gaussians: one centered at 1040 nm with a bandwidth of 21 nm, and the other centered at 1057 nm with a bandwidth of 10 nm, with a lower amplitude (60%)
