Showing 145–160 of 218 results

PowerMir – 4.8µm QCW QCL

 Bernard Azout

Key Features:

  • Maximum Average Optical Power: >1.5W or < 500mW
  • Mode of operation: Quasi-CW, high duty cycled pulsed
  • Central wavelength: 4.8 μm +/- 0.1 μm
  • Pulse frequency: > 500 kHz
  • Divergence: Horizontal:3 to 6 mrad, Vertical 2 to 4 mrad
  • Beam quality: TM00 Gaussian beam, M²<1.5
  • Output beam dimension for the standard beam option (window output): Typically 3 mm (vertical) x 2 mm (horizontal)
  • Polarization: Linear vertically polarized (>98%)
  • Reliability: > 3500 h

POWERMIR – 4μm QCW QCL

 Bernard Azout

Key Features:

  • ITAR free technology
  • QCW operating mode for increased wall-plug efficiency and reduced thermal dissipation
  • Reproducible specs manufacturing for series productions
  • Circular beam (option) to reduce efforts made by clients to shape the beam

PQSC – Programmable Quantum System Controller

 Michael Iluz

Key Features:

  • Control of up to 100 qubits
  • Synchronization of up to 18 HDAWGs, i.e., 144 output channels
  • < 100 ns communication latency
  • Customization through user access to FPGA Xilinx® UltraScale+ XCZU15EG-2I
  • LabOne® control software and APIs for Python, C, MATLAB®, LabVIEW™ and .NET

Pulsed laser diode illuminator: Illuminator for multi-wavelength emission

 Bernard Azout

Key Features:

  • Energy per diode and pulse width from 1mJ/80ns to 2mJ/130ns
  • Up to 8mJ overall energy & 24W average power
  • Up to 6kHz pulse repetition rate in continuous mode (up to 10kHz available in burst mode)
  • Multi-wavelength emission possible with up to 4 wavelengths among 808, 915, 940 or 980 nm
  • Fast axis collimation of diode bars included
  • High reliability (> 100 x 109 shots)
  • Robust design integrated into a closed protective housing

Pulsed laser diode illuminator: Illuminator for ultra-short pulses

 Bernard Azout

Key features:

  • Energy and pulse width from 2µJ/3ns to 10µJ/3ns
  • Maximal pulse repetition rate between 100 and 500 kHz
  • Up to 1 W average power
  • Single wavelength emission among 808, 905, 915, 940 or 980 nm (other wavelengths in option)
  • Fast-axis collimation upon request for one-bar diode design
  • High reliability (> 100 x 109 shots)
  • Robust design, shock and vibration resistant

QCW linear bar array

 Bernard Azout

Key Features:

  • QCW operation
  • Highly compact design
  • Conductively cooled package (water cooled also available)
  • High conversion efficiency
  • Wavelengths : 795 – 830 nm, 880 nm and 9xx nm
  • Option with FAC lens
  • High temperature option available
  • Mechanically robust as well as shock and vibration resistant

QCW mini-stacked array

 Bernard Azout

Key Features:

  • High power density (500 to 1000 W QCW out of 3×3 mm² – 1200 to 2400 W QCW out of 5×5 mm²)
  • Highly compact design
  • Square emission area
  • Wavelength: 795–830 nm, 880 nm et 9xx nm
  • Options for multi-color emission
  • Collimation on request
  • High operating temperature range
  • Collimation on request
  • Mechanically robust, shock and vibration resistant

QCW stacked array (FAC)

 Bernard Azout

Key Features:

  • QCW operation
  • Low divergence Fast-Axis Collimation from 0.5° to 1.5° at a 400 µm pitch
  • Customized divergence angles available (ex: 5°, 10°)
  • Up to 400 W QCW per diode bar, pitch from 400 µm to 2 mm
  • Wavelengths: 795 – 830 nm, 880 nm and 9xx nm
  • High efficiency
  • Low thermal resistance package
  • Mechanically robust, shock and vibration resistant
  • Approved for space applications

R-FLEX2 – Visible & NIR optical characterization

 Johanna Taieb

BEST FOR VERSATILITY
– A great choice for lab or industrial application
– Sucessfully used in the most demanding of applications in optical metrology, microscopy and laser diagnostics.
– Optimize the aligment of complex systems
– On and off-axis 3D MTF

KEY SPECS
– Multiple options as per focusing objectives and collimating beam sizes
– λ/200 RMS measurement accuracy in double-pass configuration
– Insensitive to vibrations and atmospheric turbulence