| New Photonics Products this Week |
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| 1064 nm DFB Laser Diode for Sensing Applications | |
Laser Diode
from TOPTICA EAGLEYARD
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| The mini DFB series from TOPTICA EAGLEYARD is a Single Frequency Distributed Feedback Laser Diode that operates at a center wavelength of 1064 nm. It delivers an output power of 500 mW and has a linewidth (FWHM) of 2 MHz. This laser diode has a pulse width of 10 ns and repetition rate of 200 kHz. It operates in both continuous wave and pulse modes. This laser diode is ideal for spectroscopy, metrology, sensing & seed laser applications. |
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| 2100 nm Laser Mirror for Ho:YAG Laser Applications | |
Optical Mirror
from OPTOMAN
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| The PP-UVFS-25.4-6.35-LLM247 from OPTOMAN is a Laser Mirror that operates at a wavelength of 2100 nm. It has a diameter of 25.4 mm, thickness of 6.35 mm, and chip size of less than 0.2 mm. This mirror has a clear aperture greater than 90 mm and surface quality of 10-5 S-D (scratch-dig) (S1/S2). It has a maximum surface flatness of 1/10th of wavelength (at 633 nm) and is ideal for efficient beam shaping in ultrafast Ho:YAG laser systems. |
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| 2.94 µm Diode Pumped Er:YAG Laser for Imaging Applications | |
Laser
from 3µm Laser Technology
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| The 40 W Diode Pumped 2.94 µm Er:YAG Laser from 3µm Laser Technology is a Diode Pumped Er:YAG Laser that operates at a wavelength of 2.94 μm. It delivers an average power of 40 W and has a peak power of 4 kW. This pulsed laser has a beam quality factor of 25 and an output energy of 400 mJ ( at 100 μs, 100 Hz). It is ideal for harsh environments and imaging applications. |
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| 527 nm Q-Switched Nd:YLF Laser for Material Processing Applications | |
Laser
from UpTek Solutions
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| The Lucia-30-M from UpTek Solutions is a Diode-pumped, Q-Switched Nd:YLF Laser that operates at a wavelength of 527 nm. It delivers an average output power of up to 45 W and has a repetition rate of 1 kHz - 10 kHz. This second harmonic laser has a pulse energy above 20 mJ (at 1 kHz) and is ideal for ultrafast pumping, PIV, material processing, micromachining & laser ultrasonic applications. |
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| 780 nm LT-GaAs Photoconductive Antenna for Spectroscopy Applications | |
Photoconductive Antenna
from TYDEX
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| The PCA-D-50-7.2-780 from TYDEX is an LT-GaAs Photoconductive Antenna that operates at a wavelength of 780 nm. It delivers a maximum output power of 30 mW and has a pulse duration of 120 fs. This photoconductive antenna has a dynamic range of 60 dB (at 0.5 THz) and dark current of 0.2 mA. It is ideal for industrial terahertz imaging and spectroscopy system applications. |
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| 50 GHz - 700 GHz, Terahertz Detector for Research Applications | |
Terahertz Detector
from Terasense Group
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| The Ultrafast Sub-THz Detector from Terasense Group is a Terahertz Detector that has a spectral range of 50 GHz - 0.7 THz. It has a response time of 150 ps & 2 &mus and responsivity of 0.5 V/W & 10 V/W. This terahertz detector has an impedance of 50 Ohms & 10 kOhms and is ideal for wireless communication, terahertz imaging, non-destructive analysis & scientific research applications. |
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| Pyroelectric Terahertz Detector for Power Measurement Applications | |
Terahertz Detector
from SLT Sensor & Lasertechnik
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| The THz 10 HS from SLT Sensor & Lasertechnik is a Pyroelectric Terahertz Detector that has a working range of 1 µW - 1 mW. It has an active area of 10 mm and a current sensitivity of 1.5 µA/W - 1.8 µA/W. This terahertz detector has a rise time of less than 100 µs and chopper frequency of up to 1 kHz. It is ideal for power meters, joule meters, and laser system applications. |
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| 1060 nm LT-GaAs Terahertz Detector for Imaging Applications | |
Terahertz Detector
from TERAVIL
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| The DET-08 from TERAVIL is a LT-GaAs Terahertz Detector that operates at a wavelength of 800 nm (excitation). It delivers an average power below 50 mW and has a detected bandwidth of up to 5 THz. This terahertz detector has a pulse duration of less than 150 fs and is ideal for time-resolved broadband THz spectroscopy, optical pump, THz probe spectroscopy, and THz imaging applications. |
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| 700 nm - 2000 nm, Electro-Optic Deflector for Spectroscopy Applications | |
Electro-Optic Deflector
from Conoptics
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| The 400-80 from Conoptics is an Electro-Optic Deflector that has a spectral range of 700 nm - 2000 nm. It has an aperture size of 2 mm and a deflection efficiency of 4 µrad/volt. This electro-optic deflector has a capacitance of 120 pf and deflector length of 80 mm. It is ideal for material processing, precise control, scientific research, microscopy, spectroscopy, and biological samples applications. |
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| 1064 nm Lithium Niobate Electro-Optic Q-Switch | |
Electro-Optic Q-Switch
from G&H
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| The 7100-2 from G&H is a Lithium Niobate Electro-Optic Q-Switch that operates at a wavelength of 1064 nm. It has an extinction ratio above 100:1 and a wavefront distortion of lambda/8 (at 633 nm). This EOQS has a clear aperture of 0.312 cm and parallelism below 10 arcsec. It has a Z axis orientation of ± 10 arcmin and X & Y axis orientation of ± 30 arcmin. This EOQS has an end surface flatness of less than lambda/8 and end surface quality of 20-10 scratch-dig. |
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| 1 GHz - 40 GHz, Optical Delay Line for Altimeter Applications | |
Optical Delay Line
from RFOptic
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| The Ka Band Optical Delay Lines from RFOptic is an Optical Delay Line that operates at a frequency range of 1 GHz - 40 GHz. It has an internal delay (zero state delay) of 170 ± 20 ns and a main delay segments of 5 ns - 10240 ns. This optical delay line is ideal for radar calibration testing, signal & phase noise processing, clutter canceler, EW systems, and altimeter applications. |
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| 340 nm - 432 nm, Ultraviolet Radiometer for Irradiance Measurements | |
Radiometer
from Miltec UV
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| The LEDCure Profiler from Miltec UV is an Ultraviolet Radiometer that has a spectral response range of 340 nm - 432 nm. It has a display range of up to 199% and dynamic range of 400 mW/cm²- 40 W/cm². This radiometer has an accuracy of 0.2%, a repeatability of ± 1% - 3%, and memory capacity of over 100 minutes. It is ideal for collecting & viewing LED data and irradiance profile applications. |
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| Optical Simulation Software for Display Applications | |
Optical Design Software
from Breault Research Organization
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| The ASAP from Breault Research Organization is an Optical Simulation Software developed for the analysis & design of imaging, illumination, and light-concentrating systems with strong CAD interoperability. It is powered by a highly accurate non-sequential ray-tracing engine, allowing rays to interact with surfaces in any order and multiple times. This optical design it ideal for designing optical systems across automotive, lighting, and display applications. |
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| Optical Design Software for Optimization Applications | |
Optical Design Software
from Optenso
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| The OpTaliX® from Optenso is an Optical Design Software for the computer-aided design, optimization, analysis, and documentation of optical systems, thin-film multilayer coatings & illumination systems. It supports sequential & non-sequential ray tracing, along with zoom and multi-configuration optical systems. The software also provides geometrical & diffraction analysis, polarization analysis, illumination analysis, environmental analysis, and tolerance analysis. |
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| Optical Design Software for Multiscale Simulation Applications | |
Optical Design Software
from LightTrans International
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| The VirtualLab Fusion from LightTrans International is an Optical Design Software developed for multiscale optical simulation and design. It uses a unified platform with seamless interoperability between simulation models. This software provides simulation models tailored for a variety of optical components and structures, addressing all scales from nanostructures to large optical systems. |
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| Optical Design Software for Laser System Design Applications | |
Optical Design Software
from SCIOPT Enterprises
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| The Paraxia-Plus-10 from SciOpt Enterprises is an Optical Design Software developed for laser system design on Windows-based computers. It enables the study of laser resonator characteristics, laser beam interactions with components outside the resonator. This software features a graphical user interface with a "Digital Laser Workbench" for dynamic system analysis. |
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