Showing 33–48 of 126 results
Miki Iluz
Key Features:
Ultra-low noise current source
Dual feedback servos
Modulator driver
Temperature controller
Lock-in amplifier
Piezo drivers
Sweep ramp generator
Bernard Azout
Key Features:
QCW operation
Highly compact design
Custom multi-stacks design available up to 5 stacks
Wavelengths: 795-830 nm, 880 nm and 9xx nm
Low thermal resistance assembly
Mechanically robust, shock and vibration resistant
Approved for defense and space applications
Michael Iluz
Key Features:
Narrow Linewidth: ≤ 0.5 MHz
High Power Stability: ≤ 2.0 %
High Spectral Stability: ± 1.0 pm
Designed for Integration
Michael Iluz
Key Features:
Narrow Linewidth: ≤ 0.5 MHz
High Power Stability: ≤ 2.0 %
High Spectral Stability: ± 1.0 pm
Excellent Beam Quality
Miki Iluz
Key Features:
Accuracy ±0.001nm (1)
Spectral resolution 0.02nm
Wavelength readout resolution 100MHz (0.1pm)
Any wavelength from 350nm to 1100nm available (2)
Picowatt input sensitivity (3)
Instantly identifies multimode input
Rapid readout (4)
CW or pulsed laser input
PID feedback laser wavelength stabilisation (5)
Ethernet and USB included as standard
Compact, 165 x 85 x 70 mm
Self-contained, built-in display, can run from battery
Michael Iluz
Key Features:
High-bandwidth PID or PI²D control
All-analogue signal processing with propagation delay 40ns
Parallel FAST and SLOW control loops
Feedback to both current and piezo
Flexible control of loop parameters
High-bandwidth external modulation
Internal ramp generator
Two low-noise photodiode power supplies
TTL control
Johanna Taieb
Key Features:
Low insertion loss
High return loss
High repeatability
Johanna Taieb
Key Features:
High Signal Transfer Efficiency
Built-in cladding light stripper
Low Beam Distortion
Customized Configurations Available
Michael ILUZ
Main features:
Divergence adjustment
Galilean optical design
UVFS optical elements
Grease free mechanical design
Wide wavelenght adoption – 200 nm to 2 μm
Application examples:
Laser materials processing
Medical
Research
Johanna Taieb
BEST FOR
– Loops compensatinf for atmospheric turbulence
– Laser beam optimization
– Freespace communications
Johanna Taieb
BEST FOR
– Adaptive Optics applications for microscopy or UHIL
– OEM applicaitons in optical metrology and beam diagnostics
– AO for high-power laser optimization
Johanna Taieb
BEST FOR
– Optical metrology
– Adaptive optics applications such as long-range communication
– Optimizing the alignment of complex systems
– Light-source characterization
Johanna Taieb
BEST FOR
– Telecommunications
– IR Lasers
– SWIR lasers
– Optical systems in the SWIR
– LIDAR application
Johanna Taieb
Key Features
High Stripping Efficiency
Low Signal Loss and Beam Quality Degradation
Wavelength Insensitive
High Extinction Ratio (for PM version)
Customized Configurations Available
Johanna Taieb
Key Features:
High power handling up to 20W or higher
1×2 or 2×2 structure, 2×2 is prefer.
Parameter refer to telecom coupler
CW and Pulse available
Custom Configurations Available