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| New Photonics Products this Week |
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| 785 nm Safe Laser for use in Hazardous Environments |
Laser
from Tornado Spectral Systems
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| The OPIS 35 from Tornado Spectral Systems is a Safe Laser that is designed as a safety accessory for the HyperFlux PRO Plus Raman analyzer. It operates at a wavelength of 785 nm and delivers a CW output power of up to 35 mW. This laser allows high accuracy measurements even at low power settings and ensures full compliance for an ATEX Zone 0 explosive environment. It requires an AC supply of 120-240 V and consumes 8W of power. |
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| 375 to 980 nm CW/Pulsed Diode Lasers |
Laser
from Edinburgh Instruments
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| The VPL Series from Edinburgh Instruments are Diode Lasers that operate at a wavelength of 375 to 980 nm. They produce CW output power of 8-110 mW with an adjustable pulse width of 1 μs to 500 ns. These lasers produce beams of diameter less than 9.5 mm at output aperture with a beam quality of 10-90%. They require a DC supply of 15 V and consume 15 W of power. These lasers are available in a compact laser module that measures 168 x 64 x 64 mm. |
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| 635 nm Visible APC Laser Module |
Laser
from Laser Components
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| The LC-LML-635-09 from Laser Components is a Visible APC Laser Module that operates at a wavelength of 635 nm. It delivers an optical output power of 3.7-5 mW and produces a line laser beam of Ø9 mm at a beam angle of up to 60°. This laser diode requires a DC supply of 2.5-3.3 V and consumes 50 mA of current. It is available in a plastic lens and brass housing that measures Ø6 x 21.3 mm with an integrated APC (auto power control) IC. |
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Product Details
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| 36 Megapixel B&W/Color CMOS Image Sensor |
CMOS Image Sensor
from Teledyne e2v
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| The Emerald 36M from Teledyne e2v is a 36 Megapixel B&W/Color CMOS Image Sensor that has a resolution of 6144 x 6144 in a square (1:1) aspect ratio. It has a global shutter with an 8/10/12 bit ADC that delivers a frame rate of up to 87 fps in 10 bit and 42 fps in 12 bit. This image sensor has a dynamic range of 64.5-67 dB with a maximum SNR of 37.7 dB and quantum efficiency of 66%. It has a readout noise of 2.2 to 2.5 e- with a shutter efficiency of 10000 e-. |
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| Angle-of-Arrival Photodiode Module from 500-1650 nm |
Photodiode
from Excelitas Technologies
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| The EXACTD-332 from Excelitas Technologies is a Photodiode module that has a spectral range of 500-1650 nm. It can detect and provide precise AoA information from direct and indirect scattered light from laser range finders, target designators, and active laser E.O. systems. This photodiode uses 5-element Si and InGaAs detector arrays in a sandwich configuration in conjunction with a 3-bit digital Gray code mask to convert the incident laser beam AoA into a 3-bit digital pattern. |
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| 0.8 to 12 µm Laser Power Meter up to 15000 W |
Laser Power Meter
from Gentec-EO
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| The HP60A-15KW-GD-TUBE-IMP-D0 from Gentec-EO is a Laser Power Meter that has a spectral range of 0.8 to 12 µm. It can measure a CW power of 500-15000 W with a maximum power density of 80 kW/cm² and has a power sensitivity of 0.13 mV/W. This laser power meter has a rise time of 15 seconds and noise equivalent power of 15 W. It can be controlled and powered externally via USB 2.0 and Gentec-EO monitor interface. |
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| Latest Photonics News this Week |
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| SWIR Raises $5M to Develop Next-Gen High Resolution Infrared Sensor Solutions |
SWIR Vision Systems
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| SWIR Vision Systems, a company pioneering the next generation of image sensor solutions for industrial automation, autonomous vehicles and other applications, announced that it has closed a $5 million Series A financing round. SWIR Vision plans to use this funding to advance the company’s CQD sensor solutions, to grow the company’s SWIR camera business in the global industrial and defense markets, etc. |
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| Researchers Create Nanostructures of Glass and Crystal for Electronics and Photonics |
Rice University
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| Engineers at Rice University have created nanostructures of silica with a sophisticated 3D printer, demonstrating a method to make micro-scale electronic, mechanical, and photonic devices from the bottom up. The products can be doped and their crystal structures tuned for various applications. The Rice study addresses the limitations of top-down manufacturing by turning the process on its head. |
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| TriLite Raises €8 million to Enable Augmented Vision for Consumer Eyewear |
TriLite
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| TriLite, the developer of the world’s smallest projection display, announced that it has raised €8 million in a new round of funding, enabling its customers to bring mass-market augmented reality eyewear to the consumer market. TriLite’s ultra-compact projection displays are ideal for consumer augmented reality (AR) and mixed reality (MR) applications. |
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| Porotech Produces World’s First Native Red InGaN Microdisplay |
Porotech
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| A microdisplay breakthrough from the University of Cambridge spin-out Porotech is set to accelerate the long-awaited commercialization of augmented reality (AR) glasses. The micro-LED pioneer has created the world’s first microdisplay based on native red indium gallium nitride (InGaN) – with an active area of 0.55 inches diagonally and a resolution of 960×540. |
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