Evolase offers Laser Lab Solution package which includes laser diodes and SOA completed with a variety of highly flexible laser diode controllers for CW and ns/ps pulsed mode. The package allows to build complex experimental set ups and control them via single user-friendly software interface or via stand along benchtop LCD touch screen driver unit.
The set of laser diode controllers could be conveniently connected to a single lab computer or stand along benchtop LCD touch screen driver unit via USB/CAN hub. Then all drivers can be controlled via CAN protocol.
Key features
- Available designs include 10/14 pin butterfly laser diodes, Type I, Type II, Type II telecom, SOA
- Output current up to 2000 mA for CW controllers
- Full current modulation for CW controllers
- Single 5 VDC input power
- Down to 40 ps pulse width for ps controller
- Adjustable pulse width 1-100 ns for ns controller
- External trigger option
- Flexible pulse bursts generation
- USB, RS-232,CAN, UART interfaces
- LabView and Python libraries
- All controllers can be controlled via single software interface or stand along LaserBench unit
Stand along laser controller LaserBench for all types of drivers
| CW high precision LD and SOA controller
| CW laser controllers with and without fast clamps
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Picosecond laser controller
| Nanosecond laser controller
| High current laser controller
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Nanosecond/picosecond controller for SOA
| USB/CAN hub
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The package LDs+controllers can be used
- to build experimental set ups for CW fiber lasers and short pulse fiber lasers including MOPA systems for picosecond and nanosecond pulses with SOA based pulse pickers
- multiwavelength laser set up
- set up for quantum communications
- set up for microwave photonics
- set up for laser telecommunication
- spectroscopic set up
Example of application: picosecond MOPA fiber laser
