| 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 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 continuous wave 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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| 700 nm - 1100 nm, Dispersive Mirror for Pulse Compression Applications | |
Optical Mirror
from OPTOMAN
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| The PP-UVFS-50.8-9.52-LLM159 from OPTOMAN is a Dispersive Mirror that operates at a wavelength of 700 nm - 1100 nm. It has a diameter of 50.8 mm, thickness of 9.52 mm, and chip size of less than 0.3 mm. This mirror has a clear aperture greater than 45 mm and surface quality of 20-10 S-D (S1) & 80-50 S-D (scratch-dig) (S2). It is ideal for precise pulse compression in ultrafast laser systems. |
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| 1534 nm DPSS Laser for Metrology & Laser Ranging Applications | |
Laser
from RPMC Lasers Inc.
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| The KAUKAS 3_OEM from RPMC Lasers Inc. is a Diode Pumped Solid State Laser with a wavelength of 1534 nm. It has a pulse width of less than 8 ns and pulse energy of over 3 mJ. This nanosecond laser has a TEM00 spatial mode and repetition rate from single shot to 1 Hz. It is ideal for LiDAR, laser ranging, Laser-Induced Breakdown Spectroscopy, metrology, and instrumentation applications. |
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| 1525 nm - 1565 nm, Single-Frequency Laser for Research Applications | |
Laser
from LD-PD Inc
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| The PL-NLWM-1550-B-2-PA-C-M from LD-PD Inc. is a Narrow Linewidth Single-Frequency Laser Module that operates at a wavelength of 1525 nm - 1565 nm & 1617 nm (ITU grid). It delivers output powers of 10 mW, 30 mW & 60 mW and is ideal for LiDAR, fiber optical hydrophones, resonant fiber optic gyro, distributed fiber sensing, coherent communication & scientific research applications. |
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| 810 nm Single-Photon Source for Quantum Metrology Applications | |
Single-Photon Source
from Thorlabs Inc
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| The SPDC810 from Thorlabs Inc. is a Single-Photon Source with a wavelength of 810 nm. It has a wavelength accuracy of ± 2 nm and wavelength stability of ± 2.5 nm. This single-photon source is ideal for sub-shot-noise imaging, two-photon interference, single-photon sensor testing, quantum key distribution (QKD), quantum metrology, and quantum/telecom network applications. |
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| 750 nm - 850 nm, Photoconductive Antenna for Sensing Applications | |
Photoconductive Antenna
from Terahertz Store
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| The T-Era-400A-800-Air from Terahertz Store is a Terahertz Photoconductive Antenna with a wavelength of 750 nm - 850 nm. It delivers an average optical power of 10 mW - 100 mW and has a spectrum bandwidth of over 4.5 THz. This photoconductive antenna is ideal for, terahertz imaging, material characterization & sensing, and electronic chip fault analysis in THz time domain systems. |
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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 µs 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 Joule Meter Applications | |
Terahertz Detector
from SLT Sensor & Lasertechnik
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| The THz 30 from SLT Sensor & Lasertechnik is a Pyroelectric Terahertz Detector that has a working range of 20 µW - 100 mW. It has an aperture of 30 mm and a sensitivity of 0.5 µA/W - 0.6 µA/W. This terahertz detector has a rise time of 2000 µs and chopper frequency of up to 80 Hz. It is ideal for power meters, joule meters, and laser system applications. |
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| Optical Delay Line for Radar Monitoring & Calibration Applications | |
Optical Delay Line
from YOFC
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| The FOD652-a-b-c from YOFC is an Optical Delay Line that has a delay range of 0.1 μs - 280 μs. It has a delay accuracy of ± 0.01 μs (0.1 μs - 10 μs) & ± 0.1% (10 μs - 280 μs) and an insertion loss of 0.1 dB. This radiation-resistant optical fiber delay line is ideal for radar monitoring/calibration, signal processing, phased array antenna, and phase noise processing applications. |
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| 8 µm - 14 µm, IR Radiometer for Temperature Measurement | |
Radiometer
from Apogee Instruments
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| The SI-531 from Apogee Instruments is an IR Radiometer with a spectral range of 8 μm - 14 μm. It has a measurement range from -40 °C to 80°C and calibration uncertainty of 0.3 °C and 0.6 °C. This radiometer is ideal for plant water status estimation, road surface temperature measurement, and terrestrial surface (soil, vegetation, water, snow) temperature measurement applications. |
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| Digital Refractometer for Laboratory Applications | |
Refractometer
from SCHMIDT + HAENSCH
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| The ATR-P from SCHMIDT + HAENSCH is a Digital Refractometer that has a measurement range of 1.33200 - 1.54000 (RI) or up to 100% (Brix). It has a resolution of 0.00001 (RI) & 0.01% (Brix) and precision of ± 0.00002 (RI) & ± 0.02% (Brix). This refractometer has a reproducibility of ± 0.00001 (RI) & ± 0.01% (Brix) and is ideal for process, software, automation, sugar industry, food, beverages, samples with suspended particles & laboratory applications. |
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| Automatic Digital Refractometer for Analytical Laboratory Measurements | |
Refractometer
from Labindia Analytical
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| The IR-140 from Labindia Analytical is an Automatic Digital Refractometer that has a measuring range of 1.3000 nD - 1.7000 nD (refractive index) and up to 100% (BRIX). It has a resolution of 0.0001 nD & 0.1% (BRIX) and temperature control range of 5 °C - 80 °C. This refractometer is ideal for refractive index & Brix measurements and analytical laboratory applications. |
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| Analog Refractometer for Food & Beverage Industry Applications | |
Refractometer
from Vaisala
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| The PR53AC from Vaisala is an Analog Refractometer that has a measurement range of 1.32 nD - 1.53 nD and up to 100 (BRIX). It has an accuracy of ± 0.00014 nD (0.1 °Bx) and a repeatability of ± 0.00002 nD. This refractometer has a resolution of ± 0.000015 nD and response time of 10 s. It has a long-term stability of 0.1 % and is ideal for food, beverage & brewery industry applications. |
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| 0.2 µm - 50 µm, Czerny Turner Monochromator | |
Monochromator
from Bentham Instruments
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| The IDR300 from Bentham Instruments is a Czerny Turner Monochromator that has a spectral range of 200 nm - 50 µm. It has a wavelength accuracy of ± 0.1 nm and wavelength reproducibility of ± 0.025 nm. This monochromator has a linear dispersion of 1.35 nm/mm and wavelength acquisition speed of 2000 nm/s. It has a full resolution of 0.15 and reduced slit height of 0.05 nm. This monochromator has a stray light rejection of 10-4 & 10-8 and grating size of 68 mm x 84 mm. |
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| 1260 nm - 1650 nm, Optical Power Meter for Laboratory Applications | |
Optical Power Meter
from Quantifi Photonics
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| The 1601-MATRIQ from Quantifi Photonics is an Optical Power Meter with a wavelength of 1260 nm - 1650 nm. It has a power range from -50 dBm to 20 dBm and linearity of ± 0.15 dB & ± 0.1 dB. This optical power meter is ideal for power measurement, fiber optic manufacturing test, fiber optic laser test & characterization, and laboratory applications. |
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| 900 nm - 2280 nm, Near Infrared Spectrometers | |
Spectrometer
from OtO Photonics
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| The Dragonfly (DF) from OtO Photonics are NIR Spectrometers that operate at a wavelength of 900 nm - 1700 nm and 1340 nm - 2280 nm. They have a resolution of 10 nm & 12 nm and wavelength accuracy of ±1 nm. These spectrometers have a slit width of 25 µm and stray light of up to 0.2%. They have a dark noise of 25 and signal-to-noise ratio of 8000. These spectrometers use a green LED as a power indicator and red LED as a scanning indicator. |
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| Optical Simulation Software for Analysis Applications | |
Optical Design Software
from Breault Research Organization
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| The APEX from Breault Research Organization is an Optical Simulation Software developed for the design, analysis, and optimization of optical and illumination systems. It is implemented as an add-in to the SOLIDWORKS environment. This software is well-suited for applications such as stray light analysis, illumination design, lightpipe modeling, and reflector system development across industries including automotive lighting, and optical instrumentation. |
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