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| New Photonics Products this Week |
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| 532 nm Q-switched Diode-Pumped Laser |
Laser
from HÜBNER Photonics
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| The Cobolt Tor XE 532 nm from HÜBNER Photonics is a Q-switched Diode-Pumped Laser that operates at a wavelength of 532 nm. It provides a peak power of over 75 kW with a long-term stability of up to 3%. This spatial mode (TEM00) laser delivers a pulse energy of 250 μJ with pulse width up to 2 ns and repetition rate from single pulse to 1 kHz controlled via an external or internal trigger. It produces a beam of diameter 0.4 mm with a beam divergence of 5 mrad. |
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Product Details
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| 808 nm CW Fabry Perot Laser Diode |
Laser Diode
from Sheaumann Laser
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| The BF-808-0070-XXX from Sheaumann is a Continuous-wave (CW) Fabry Perot (FP) Laser Diode in a 14 Pin Butterfly package with internal TEC, thermistor and PD. This single spatial mode laser diode operates at 808 nm and delivers an optical output power of 70 mW with a slope efficiency of 0.7 W/A. The laser has a forward voltage of 2.1 to 2.5 V and a threshold current of 35 to 55 mA. Electrically isolated, hermetically sealed package. FC/APC connector. |
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Product Details
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| 850 nm AiGaAs Pulsed Laser Diode |
Laser Diode
from Laser Components
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| The 850D1S09X from Laser Components is an AiGaAs Pulsed Laser diode that operates at a wavelength of 850 nm. It delivers an output power of 13 W with an efficiency of 0.9 W/A. This laser diode has a spectral bandwidth of 5.5 nm and a beam spread of 10.5 degrees (parallel) and 20 degrees (perpendicular). It has an emitting area that measures 225 x 1 μm and a pulse width of 150 ns. This laser diode has a forward voltage of 3 V and a maximum forward current of 18 A. |
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Product Details
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| 515 nm Visible APC Laser Diode |
Laser Diode
from Arima Lasers
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| The APCD-515-07-C2-TM from Arima Lasers is a Visible APC Laser Diode that operates at a wavelength of 515 nm. It delivers an optical output power of 0.5-0.9 mW and produces a laser beam with a spot size of up to 20 mm and 2 mrad divergence angle. This laser diode requires a DC supply of 6 V and consumes up to 100 mA of current. It has a high quality lens for output, an APC (auto power control) IC and in-built surge current protection. |
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| 250 Megapixel RGB/Monochrome CMOS Image Sensor |
CMOS Image Sensor
from Canon U.S.A
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| The LI8020SA minimizes noise without sacrificing speed by sharing floating diffusion capacitance between multiple pixels, resulting in shrunken readout circuitry and larger photodiode sizes. It uses 16 digital output channels to handle the enormous amount of image data created by roughly 250 million effective pixels. This image sensor also uses single Region of Interest (ROI) windowing to achieve faster frame rates through reduced resolution, creating flexibility in performance. |
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Product Details
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| Latest Photonics News this Week |
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| Researchers Develop Camera Sensor that Switch Between Day and Night Vision Applications |
University of Dayton
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| Cell phones, cars, and many other devices have separate cameras and sensors for day and night vision, but that need could go away thanks to University of Dayton researchers who developed a single device that can switch between day and night vision applications. UD electro-optics graduate student Remona Heenkenda designed and fabricated the optical filter under the guidance of UD electro-optics professor Andrew Sarangan and computer engineering professor Keigo Hirakawa. |
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| Researchers Make Breakthrough in Developing Battery-Less IoT Devices Powered by Visible Light |
IMDEA Networks Institute
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| A team of researchers, led by Domenico Giustiniano, Research Associate Professor at IMDEA Networks Institute, Madrid, has presented important advances in the creation of sustainable wireless communication systems. This represents a new step towards making battery-free devices a reality, through the convergence of two emerging technologies: LiFi and radio frequency (RF) backscatter. Potential applications include smart homes, smart cities, and smart agriculture. |
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| Researchers Develop New Mirror Telescope to be Used Aboard the ISS for Earth Observation |
Jena and Freiburg
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| Researchers from Jena and Freiburg have jointly developed a new type of mirror telescope for use on the International Space Station ISS. The findings that the measuring instrument will provide there in the future should, among other things, provide answers to climate change and facilitate the efficient use of water in agriculture. The instrument will begin its journey into space in February 2022. The development of the telescope was funded by the “Digital Innovation Hub Photonics". |
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