Spectroscopy Certified™ Semiconductor lasers
The broadest range of available product designed for narrow bandwidth laser diode probing of atomic and molecular spectroscopic transitions. Available today, Photodigm lasers form the building blocks for tomorrow's atom sensors.
Atomic Reference Standards
DFB and DBR Laser diodes for atomic clock applications and other applications based on alkali atom cooling. These DBR lasers are also used in helium pumped magnetometry
Potassium, D1 and D2 lines
Rubidium, D1 and D2 lines
Cesium, D1 and D2 lines
Metastable helium
Molecular spectroscopy
Laser diodes for process monitoring and atmospheric sampling
Water vapor (828 nm)
Oxygen (760, 763 nm)
By Wavelength (specify within +/- 2 nm)
Laser diodes at customer specified wavelengths for custom applications
737 nm
760 nm
767 nm
770 nm
778, 780 nm
785 nm
795 nm
828, 830 nm
852 nm
920 nm
922 nm
976 nm
1038 nm
1064 nm
1083 nm
Custom wavelengths & devices quoted on request
737 through 1100 nm
SOA’s and gain chips
780 nm SOA
850 nm SOA
Packaging Specifications 2012
Photodigm's Lasers are available in these packages:
C-Mount; CS; Butterfly; TO-8; Mercury™
Designed for demanding OEM applications, the Mercury™ package is designed to handle the heat load of Photodigm's high power DBRs for both OEMs and end users alike. Today, the Mercury delivers up to 280 mW of diffraction-limited single lateral-and longitudinal-mode laser power from a compact hermetic package. Applications include mobile instrumentation where durability and reliability are essential.
Semi-Active Laser Simulator Test Systems
Building on our expertise in precision lasers, we expanded our product line in 2008 though the introduction of our Versatile Laser Test System for semi-active laser seekers.
