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beam divergence chameleon

Chameleon-MPX-Data-Sheet.pdf

Chameleon-MPX-Data-Sheet.pdf

…(%) when pumping OPO ~15 in bypass mode 95 Pulse Width5 (fs)(typical) 130 Output GDD Precompensation6 (fs2) -6000 M2 (typical) <1.1 Beam Diameter (mm) 2 Beam Divergence (mrad)(typical) 0.7 Polarization Horizontal Repetition Rate (MHz) 80 MHz, locked to pump laser Dimensions (L x W x H) 520 x 369 x…

Chameleon-MPX-Data-Sheet.pdf

Chameleon-MPX-Data-Sheet.pdf

…(%) when pumping OPO ~15 in bypass mode 95 Pulse Width5 (fs)(typical) 130 Output GDD Precompensation6 (fs2) -6000 M2 (typical) <1.1 Beam Diameter (mm) 2 Beam Divergence (mrad)(typical) 0.7 Polarization Horizontal Repetition Rate (MHz) 80 MHz, locked to pump laser Dimensions (L x W x H) 520 x 369 x…

ChameleonOPO DS

ChameleonOPO DS

…by Chameleon Ultra II Chameleon Vision II Tuning Range1 (nm) 1000 to 1600 1000 to 1350 Pump Wavelength Range (nm) 740 to 880 760 to 880 Output Power, Signal2 (mW) >700 >7003 Pump Output Power Available4 (%) when pumping OPO ~15 in bypass mode ~95 Pulsewidth (fs)(typical) 200 M2 (typical) 1.1 Beam

Chameleon-Peak-Power-White-Paper.pdf

Chameleon-Peak-Power-White-Paper.pdf

…to a laser output and despite elegant beam folding engineering, normally the precompensation section adds ~30 cm to the laser length. The prisms themselves also add a certain amount of wavefront distortion to the beam, which in turn adds astigmatism to the beam. This potentially can affect the point…

Chameleon-MPX-Data-Sheet.pdf

Chameleon-MPX-Data-Sheet.pdf

…(%) when pumping OPO ~15 in bypass mode 95 Pulse Width5 (fs)(typical) 130 Output GDD Precompensation6 (fs2) -6000 M2 (typical) <1.1 Beam Diameter (mm) 2 Beam Divergence (mrad)(typical) 0.7 Polarization Horizontal Repetition Rate (MHz) 80 MHz, locked to pump laser Dimensions (L x W x H) 520 x 369 x…

Chameleon-Peak-Power-White-Paper.pdf

Chameleon-Peak-Power-White-Paper.pdf

…to a laser output and despite elegant beam folding engineering, normally the precompensation section adds ~30 cm to the laser length. The prisms themselves also add a certain amount of wavefront distortion to the beam, which in turn adds astigmatism to the beam. This potentially can affect the point…

Chameleon-Peak-Power-White-Paper.pdf

Chameleon-Peak-Power-White-Paper.pdf

…to a laser output and despite elegant beam folding engineering, normally the precompensation section adds ~30 cm to the laser length. The prisms themselves also add a certain amount of wavefront distortion to the beam, which in turn adds astigmatism to the beam. This potentially can affect the point…

Chameleon-Peak-Power-White-Paper FORMFIRST.pdf

Chameleon-Peak-Power-White-Paper FORMFIRST.pdf

…to a laser output and despite elegant beam folding engineering, normally the precompensation section adds ~30 cm to the laser length. The prisms themselves also add a certain amount of wavefront distortion to the beam, which in turn adds astigmatism to the beam. This potentially can affect the point…

ChameleonOPO DS

ChameleonOPO DS

…by Chameleon Ultra II Chameleon Vision II Tuning Range1 (nm) 1000 to 1600 1000 to 1350 Pump Wavelength Range (nm) 740 to 880 760 to 880 Output Power, Signal2 (mW) >700 >7003 Pump Output Power Available4 (%) when pumping OPO ~15 in bypass mode ~95 Pulsewidth (fs)(typical) 200 M2 (typical) 1.1 Beam

ChameleonOPO DS

ChameleonOPO DS

…by Chameleon Ultra II Chameleon Vision II Tuning Range1 (nm) 1000 to 1600 1000 to 1350 Pump Wavelength Range (nm) 740 to 880 760 to 880 Output Power, Signal2 (mW) >700 >7003 Pump Output Power Available4 (%) when pumping OPO ~15 in bypass mode ~95 Pulsewidth (fs)(typical) 200 M2 (typical) 1.1 Beam

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