These 1550nm laser diodes combined with our high end flexible pulsed laser diode driver are an ideal tool for LIDAR or 3D-sensing R&D teams. TOF (Time-Of-Flight) experiments can be setup very rapidly with these complete flexible solutions.
Laser Diode model | Datasheet | Power (CW) | Test report | Technology | Center Wavelength | Typical linewidth* | Power (Pulse – typical) | Current/ Voltage (typ) | Form factor | Output fiber core |
---|---|---|---|---|---|---|---|---|---|---|
Model 1 | Datasheet | 10 mW | DFB single-frequency | 1550 nm or choose any wavelength from 1270 to 1655 nm (see the table in the picture Tab) | <2 MHz | 15 mW | 70 mA/1.6 V | 14 pin butterfly-type 1 with isolator | 9 µm singlemode Corning SMF28 or PM15-U25D or equivalent | |
Model 2 | Datasheet | 40 mW | RIN and linewidth test report | <200 kHz | 60 mW | 300 mA/1.6 V | ||||
Model 3 | Datasheet | 100 mW | 1550 nm | 150 mW | 650 mA/1.8 V | |||||
Model 4 | Datasheet | 400 mW | Bagg grating based- singlemode | Choose any wavelength from 1420 to 1500 nm | < 2 nm | 600 mW | 1500 mA/2.0 V | 14 pin butterfly-type 1 | ||
Model 5 | Datasheet | 20 mW (special ultra narrow linewidth) | RIN and linewidth test report | DFB – single-frequency with special narrow linewidth | 1550 nm | < 50 kHz | 30 mW | 170 mA/1.6 V | 14 pin butterfly-type 1 with isolator | |
Model 6 | Datasheet | 40 mW (special ultra narrow linewidth) | RIN and linewidth test report | < 50 kHz | 60 mW | 350 mA/1.6 V |
*Scroll down to see all configurations, prices and lead times. For best linewidth performances, an ultra-low noise driver is required. for example this one: low noise laser diode driver
The GUI software of the optional drivers lets the user have total control of all module functions. It includes several libraries for software integration (LabVIEW VIs, DLLs, Hexa, Python etc.)
These 1550 nm laser diode & turn-key solutions work also in series with other products in our range like (see the ordering information below for the various configurations with several driver models):
Combined with our pulse delay generator called “TOMBAK”, it becomes easy to create a complete bench simulating any type of structured multiple Burst in the nanosecond range (see some examples in the pictures window).
See AeroDIODE's detailed tutorials for more information about the use of these laser diodes:
AeroDIODE products leverage proprietary, cutting edge technology which has been under development in the ALPhANOV technology center for over 12 years. AeroDIODE is an ISO-9001-2015 company and a member of EPIC European industry association and “Route des Lasers” cluster.
Manufacturer | AeroDIODE |
---|---|
Product Series | AeroDIODE Laser Diode Sources |
Product Type | Laser Diode Sources |
Size / Operation | Benchtop |
Device Connectivity via | USB |
Industry | Aerospace and Defence, Fiber Optic Lasers, Photonics, Research |
Applications | Laser Systems, Integration of Instruments with Photonics and System Simulation Tools, Simulating Amplifiers and Lasers (EDFA, SOA, Raman, Hybrid, GFF Optimisation, Fiber Lasers), VCSEL Lasers Passive Design |
Warranty Notes | AusOptic Genuine Product Guarantee Authorised distributor, benefit from manufacturer-backed, local warranty coverage, genuine parts, and our experienced local support team |