| New Photonics Products this Week |
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| 760.9 nm DFB Laser Diode for Spectroscopy Applications | |
Laser Diode
from TOPTICA EAGLEYARD
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| The mini DFB series from TOPTICA EAGLEYARD is a Single Frequency Distributed Feedback (DFB) Laser Diode that operates at a center wavelength of 760.9 nm. It delivers an output power of 12 mW and has a linewidth (FWHM) of 2 MHz. This laser diode has a monitor detector responsivity of 2 μA/mW - 800 μA/mW and is ideal for spectroscopy, metrology & oxygen detection applications. |
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| 925 nm - 1170 nm, UV Fused Silica Spherical Mirror | |
Optical Mirror
from OPTOMAN
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| The PCV-R500-UVFS-50.8-ET9.52-UBBHR38 from OPTOMAN is a Spherical Mirror that operates at a wavelength of 925 nm - 1170 nm. It has a diameter of 50.8 mm, thickness of 9.52 mm (edge) & 8.87 mm (center), and chip size of less than 0.2 mm. This UV-grade fused silica laser mirror has a minimum clear aperture of 41 mm and surface quality of 20-10 S-D (scratch-dig). It has a radius of curvature -500 mm (concave surface (S1)) and infinity (planar surface (S2)). |
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| 750 nm Fiber Laser for Atom Cooling Applications | |
Laser
from BKtel Photonics
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| The THFL-0.8 from BKtel Photonics is a Fiber Laser with a wavelength of 750 nm. It delivers an output power of up to 2 W and has a linewidth of 10 kHz. This randomly or linearly polarized laser has an output power tunability of 10% - 100% and a stability of 3%. It supports HI780 or polarization maintaining (PM) fiber types and is compatible with FC/APC connectors. This laser is ideal for atomic interferometers, quantum frequency standards, and atom cooling applications. |
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| 635 nm Red Line Laser for Laboratory Applications | |
Laser
from IMM Photonics GmbH
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| The IMM1618-635-1-L from IMM Photonics GmbH is a Red Line Laser that operates at a wavelength of 635 nm. It delivers an output power of 0.95 mW and has a beam divergence of 0.4 mrad. This single homogeneous laser produces a beam of diameter 0.7 mm x 80 mm. It uses plastic or glass optics and operates in both CW and modulated modes. This laser is ideal for measuring instruments, alignment lasers, laboratory instruments, and sensor applications. |
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| 2940 nm DPSS Laser for Medical Applications | |
Laser
from Pantec Biosolutions AG
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| The DPM-80 (Er:YAG) from Pantec Biosolutions AG is a DPSS Laser with a wavelength of 2940 nm. It delivers an average output power below 80 W and has a pulse energy of less than 2.3 J. This pulsed laser has a repetition rate of up to 250 Hz and pulse duration of 100 µs - 600 µs with a top-hat beam profile. It has an optical-to-optical efficiency greater than 10% and a beam quality factor of less than 40. This laser is ideal for medical and industrial applications. |
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| 0.9 µm - 1.7 µm, Wavefront Sensor for Night Vision Applications | |
Wavefront Sensor
from PHASICS
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| The SID4 SWIR from PHASICS is a Wavefront Sensor that operates at a wavelength of 0.9 μm - 1.7 μm. It has an aperture size of 9.6 mm x 7.68 mm and a spatial resolution of 120 μm. This wavefront sensor has a frame rate of 30 fps and phase resolution below 2 nm (RMS). It is ideal for laser testing, adaptive optics, plasma diagnostics, optics metrology, and night vision applications. |
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| 760 nm AlGaInP Light Emitting Diode | |
LED
from Marubeni
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| The SMBB760D-3100S-I from Marubeni is an AlGaInP LED that operates at a peak wavelength of 760 nm. It delivers an output power of 1700 mW & 4000 mW and has a half-width of 25 nm. It has a rise time of 50 ns and fall time of 100 ns. This LED has 3 chips with a chip dimension of 1000 μm x 1000 μm. It has a forward voltage of 6 V & 7.5 V, and dissipates a power of 6000 mW. It has a silicone resin lens and silver plated on copper lead frame die. |
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| 900 nm - 1700 nm, Photodetector for Communication Applications | |
Photodetector
from Skyastar Technologies
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| The MA06 from Skyastar Technologies is a Photodetector that operates at a wavelength of 900 nm - 1700 nm. It has a frequency range from DC to 18 GHz (DC coupled) & 9 kHz - 18 GHz (AC coupled). It has a conversion gain of 300 V/W (at 1310 nm) and is ideal for synchronizing system, RF over fiber, secure communication, fiber delay line & OFDM fiber transmission applications. |
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| Infrared Thermal Emitter for Instrumentation Applications | |
Infrared Emitter
from Boston Electronics
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| The IR-30K from Boston Electronics is an Infrared Thermal Emitter that has an emissivity of 0.7. It has a lifetime of over 25000 hours and an emitter temperature of 950 °C. This infrared emitter has an active area of 1.8 mm x 1.8 mm and a modulation depth of 32%. It includes a parabolic or elliptical reflectors and is ideal for use in laboratory & field instrumentation applications. |
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| BK7 Optical Window for Sensing Applications | |
Optical Window
from Albrighter Technology Co.,Ltd.
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| The AW01-010-010 from Albrighter Technology Co.,Ltd. is a BK7 Optical Window that operates at a wavelength of 370 nm - 1620 nm. It has a thickness of 2 mm and thickness tolerance of ± 0.1 mm. This window has a surface quality of 40/20 - 60/40 S-D and flatness of 1/4th of a wavelength (at 633 nm). It has a parallelism of less than 1 arc min and is ideal for use in electronic sensors, optical lenses & laser processing head protection applications. |
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| 680 nm - 1080 nm, Optical Pulse Compressor for Microscopy Applications | |
Optical Pulse Compressor
from APE Angewandte Physik & Elektronik GmbH
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| The femtoControl NIR - Ti:Sapphire from APE Angewandte Physik & Elektronik GmbH is an Optical Pulse Compressor with a wavelength of 680 nm - 1080 nm. It has an input beam diameter of less than 4 mm and has a transmission above 90% (at 800 nm). This optical pulse compressor is ideal for optimizing femtosecond laser pulse duration, 2P microscopy, and 3P microscopy applications. |
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| Fiber Optic Transceiver for ADAS & Automotive Applications | |
Fiber Optic Transceiver
from KDPOF
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| The KD1053 from KDPOF is a Fiber Optic Transceiver that operates in two modes: 100 Mb/s mode and 1 Gb/s mode. It has a latency of 6.2 µs (for 1 Gb/s) and 1.4 µs (for 100 Mb/s). This FOT has digital adaptive non-linear equalizers and is ideal for communications in vehicle data networks, interconnection of infotainment, ADAS Electronic Control Units & automotive applications. |
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| 200 nW - 200 mW, Terahertz Digital Radiometer | |
Radiometer
from Gentec-EO
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| The T-Rad | 201849 from Gentec-EO is a Terahertz Digital Radiometer that has power scales of 200 nW, 2 μW, 20 μW, 200 μW, 2 mW, 20 mW, and 200 mW. It has an accuracy of ± 1% ± 3 &muV from 10% to full scale and a resolution of current scale/3000. This radiometer has an integration time range of 0.1 seconds - 50 seconds and a data transfer rate of 5 Hz. It has a single channel and can be controlled via a PC interface. |
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| Laser Power Meter for Photolithography Applications | |
Laser Power Meter
from MKS | Ophir
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| The 7Z01580 from Ophir Optronics is a Laser Power Meter that has a TFT 320 x 240 pixel LCD monochrome display screen. It has 16 mm digits and a screen refresh of 15 times/s. This laser energy meter has a rechargeable Li-ion battery and rubberized bumpers. It features math functions for advanced processing and has scalable analog output. This laser power meter is ideal for measuring lasers in high power, photolithography, and automotive manufacturing applications. |
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| 750 nm - 1700 nm, Optical Power Meter for Power Measurement Applications | |
Optical Power Meter
from Quantifi Photonics
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| The 1401-PXI from Quantifi Photonics is an Optical Power Meter that operates at a wavelength of 750 nm - 1700 nm. It has a power range from -60 dBm to 10 dBm and linearity of ± 0.1 dB & ± 0.2 dB. This optical power meter is ideal for fiber optic laser test & characterization, general & versatile R&D & production control, power measurement & fiber optic manufacturing test applications. |
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| 380 nm - 780 nm, Spectroradiometer for Scientific Research Applications | |
Radiometer
from Topcon Technohouse
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| The SR-5S from Topcon Technohouse is a Spectroradiometer with a wavelength of 380 nm - 780 nm. It has a wavelength resolution of 1 nm and spectral accuracy of ±0.3 nm. This radiometer has a spectral bandwidth of 5 nm and radiance of 2%. It has a luminance accuracy of ± 2% and chromaticity accuracy of ± 0.0015 (x) & ± 0.001 (y). This is ideal for scientific research applications. |
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| Optical Design Software for Analysis & Simulation of Optical Systems | |
Optical Design Software
from Optiwave Systems
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| The OptiSystem from Optiwave Systems is an Optical Design Software that facilitates the design, analysis, and simulation of optical systems. It enables users to plan, test, and simulate optical links within the transmission layer, covering optical networks from SAN & LAN to MAN. This software features an intuitive interface with modules tailored for both beginners and experienced professionals. |
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| Lens Design Optics Software for Photolithographic and Holographic Systems | |
Optical Design Software
from Lambda Research Corporation
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| The OSLO from Lambda Research Corporation is a lens design tool that combines advanced ray tracing, analysis, and optimization methods with an easy-to-use, internally compiled language to solve a wide variety of new problems in optical design. It is ideal for designing space telescopes, camera lenses, zoom lenses, cinema systems, spectrometers, and holographic system applications. |
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| Opto-Mechanical Software for Optimization & Simulation of Optical Systems | |
Optical Design Software
from ANSYS
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| The Zemax OpticStudio from ANSYS is an Opto-Mechanical Software that facilitates the optimization, tolerance, and simulation of optical systems. It supports ray tracing, lens design, tolerance analysis, optimization, and multiphysics simulation. This software is used for applications such as AR/VR, LiDAR, medical imaging, cardiovascular research, and autonomous system validation. |
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