wavelength:
Type:
DBR Laser Diode
Chip Architecture:
High Power RFQ
Power:
40 mW
- 120 mW
Mounting:
Virtual Point Source Lens (VPS) $700
Packaging:
TO-8 $500
PRODUCT DESCRIPTION
The 776.061 nm DBR Series of high-performance edge-emitting laser diodes are based on Photodigm’s advanced monolithic single-frequency Gallium Arsenide (GaAs) based laser technology. It provides a single spatial mode beam and has passivated facets for reliability. The 776.061 nm Series DBR devices are used in atomic spectroscopy for rubidium-based (Rb) applications. The 778.105 nm Series DBR devices are Spectroscopy Certified; guaranteed to hit the Rb two-photon transition ¬®¬± 10 ¬®?C from room temperature.
Chip Architecture Description
This laser diode is based on Photodigm's proprietary Distributed Bragg Reflector (DBR) design. It is augmented by the High Power laser diode architecture, a product designed to push the limits of power, offering maximized output power while retaining spectral stability. Power output is between 40-120 mW
Package Add-on description:
The TO-8 package include every optional package add on, thermoelectric cooler (TEC), photodiode, and thermistor in one convienent package with optional hermetic sealing. This is one of the best packages for OEM integration where protection from ambient is important and on-chip information is critical. The Virtual Point Source (VPS) Lens add-on enables direct coupling of the light into additional optics, fiber optics, detectors, and more.
Ask Price
1064 nm single-frequency DBR High Power Chip Architecture ($3750) with output power of 50-180 mW, in an IsoBragg Package ( $2400), for a total unit cost of $5950
HOW TO ORDER
Contact us for your custom quote, special frequency selection, and certification to certain atomic absorption lines. Contact us for product availability, more information on volume discounts, and any questions!
Shipping Lead time
Contact Sales For Lead Time
NEED A HEAT SINK MOUNT?
Photodigm’s T8 Mount provides easy connections between our TO-8 packaged DBR, an external laser diode controller, and an external thermoelectric cooler controller.