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180 Nm

COHR WP PropagationDispersionMeasurement of sub 10fsPulses 08 29 18.pdf

COHR WP PropagationDispersionMeasurement of sub 10fsPulses 08 29 18.pdf


TOD in fs3/cm
wavelength in nm
TOD SF10
250
300
350
400
450
500
550
600 650 700 750 800 850 900 950 1000 1050 1100
TOD in fs3/cm
wavelength in nm
TOD BK7
150
160
170
180
190
200
210
220

PicoPulse™ Pulse Stretcher/Compressor Filters

PicoPulse™ Pulse Stretcher/Compressor Filters

…Bandwidth Typical: 1-10 nm, others available Diffraction Efficiency >90% in free space PicoPulse™ Specifications Datasheet PicoPulse Datasheet Drawing PicoPulse Stretcher Compressor Features & Benefits
* Use as a stretcher or compressor by flipping the input facet 180°
* Compact and easy to…

Azure-Brochure.pdf

Azure-Brochure.pdf

…C O N D U C T O R I N S P E C T I O N R O A D M A P
150 nm 130 nm 100 nm 70 nm
t e c h n o l o g y n o d e
250 nm 180 nm
Verdi 532 nm
Sapphire 488 nm
I-Line 365 nm
Azure 266 nm
FreD 257 nm, 244 nm
266
AZURE:
Developed for manufacturers--
by…

2016-Ultrafast-Laser-Systems-Catalog.pdf

2016-Ultrafast-Laser-Systems-Catalog.pdf

…680 nm
640 mW at 690 nm -
1.07 W at 710 nm 1.5W at 710 nm
2.5W at 800 nm 3.0W at 800 nm
920 mW at 920 nm 1.35W at 920 nm
260 mW at 1040 nm 400 mW at 1040 nm
- 180 mW at 1080 nm
Dispersion Compensation Range - 0 to 47,000 fs2 at 680 nm
0 to 43,000 fs2 at 690 nm

COHR ChameleonVision DS 0119 5.pdf

COHR ChameleonVision DS 0119 5.pdf

nm
2.5 W at 800 nm
920 mW at 920 nm
260 mW at 1040 nm
-
500 mW at 680 nm
-
1.5 W at 710 nm
3.0 W at 800 nm
1.35 W at 920 nm
400 mW at 1040 nm
180 mW at 1080 nm
Dispersion Compensation Range
680 nm
690 nm
800 nm
1020 nm

COHR RLScatalog 2017revA web.pdf

COHR RLScatalog 2017revA web.pdf

…680 nm
640 mW at 690 nm -
1.07 W at 710 nm 1.5W at 710 nm
2.5W at 800 nm 3.0W at 800 nm
920 mW at 920 nm 1.35W at 920 nm
260 mW at 1040 nm 400 mW at 1040 nm
- 180 mW at 1080 nm
Dispersion Compensation Range - 0 to 47,000 fs2 at 680 nm
0 to 43,000 fs2 at 690 nm

ChameleonVision DS 0216 3.pdf

ChameleonVision DS 0216 3.pdf

…at 680 nm
640 mW at 690 nm -
1.07 W at 710 nm 1.5W at 710 nm
2.5W at 800 nm 3.0W at 800 nm
920 mW at 920 nm 1.35W at 920 nm
260 mW at 1040 nm 400 mW at 1040 nm
- 180 mW at 1080 nm
Dispersion Compensation Range
680 nm - 0 to 47,000 fs2
690 nm 0 to…

LM Series 404-180mW.pdf

LM Series 404-180mW.pdf

…applications. Specifications: Parameter Symbol Value Center Wavelength (vaccuum) Lp /nm 404 Center Wavelength Tolerances nm ±1 Output Power Po /mW 180 Beam Size mm 1.5 x 3.5 Linewidth, maximum (MHz) nm 0.06 Operating Specifications Optical Min Typ Max Unit Spatial Mode Multimode Polarization…

COHR HyperRapid100 355-SW DS 0716 6.pdf

COHR HyperRapid100 355-SW DS 0716 6.pdf

…Repetition Rate (kHz) Average Power (W)
1064 nm 532 nm 355 nm
400 90 38 30
500 90 35 30
800 90 28 25
1000 90 23 20
Repetition Rate (kHz) Pulse Energy (µJ)
1064 nm 532 nm 355 nm
400 225 95 75
500 180 70 60
800 112 35 31
1000 90 23 20

Lasers-for-Life-Sciences-Product-Guide FORMFIRST.pdf

Lasers-for-Life-Sciences-Product-Guide FORMFIRST.pdf

…680 nm
640 mW at 690 nm -
1.07 W at 710 nm 1.5W at 710 nm
2.5W at 800 nm 3.0W at 800 nm
920 mW at 920 nm 1.35W at 920 nm
260 mW at 1040 nm 400 mW at 1040 nm
- 180 mW at 1080 nm
Dispersion Compensation Range - 0 to 47,000 fs2 at 680 nm
0 to 43,000 fs2 at 690 nm

COHR case study LIDAR Zugspitze Mountain 1218.pdf

COHR case study LIDAR Zugspitze Mountain 1218.pdf

…this etalon allows us to lock
the laser wavelength to within 0.025 nm using a calibrated spectrometer. This gives us narrow-line
emission with an average power of 180 W, which is 10 times higher than strong 355 nm systems. We
also use a signal collection mirror with 4X larger area,…

COHR case study LIDAR Zugspitze 1218 German.pdf

COHR case study LIDAR Zugspitze 1218 German.pdf

A Coherent Case Study December 2018
Leistung von 180 W erreichen, was dem 10-fachen eines leistungsstarken 355 nm -Systems
entspricht. Wir nutzen auch einen Sammelspiegel mit 4-fach größerer Fläche, dadurch erzielt unser
System ein 40-fach besseres Rauschverhalten im Vergleich zu…

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Risk factors: Except for the historical information contained here, many of the matters discussed in this Web site are forward-looking statements, based on expectations at the time they were made, that involve risks and uncertainties that could cause our results to differ materially from those expressed or implied by such statements. These risks are detailed in the “Factors That May Affect Future Results” section of our latest 10-K or 10-Q filing. Coherent assumes no obligation to update these forward-looking statements.


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