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| 1529 nm - 1610 nm, Laser for Test & Measurement Applications | |
Laser
from BKtel Photonics
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| The TBS-CL from BKtel Photonics is a Laser that operates at a wavelength of 1529 nm - 1610 nm. It delivers an output power of 13 dBm - 22 dBm and has a minimum spectral density from -9 dBm/nm to -2 dBm/nm. This continuous wave laser has a stability of 2%, return loss of 40 dB, and an optical isolation of 30 dB. It is RoHS compliant and is ideal for test & measurement applications. |
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| 850 nm Multimode Fiber Laser for Testing Applications | |
Laser
from Quantifi Photonics
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| The Laser-1102 (MATRIQ) from Quantifi Photonics is a Fiber Laser that operates at a wavelength of 850 nm. It delivers an output power of 5.7 dB, has a wavelength accuracy of ± 5 nm, and 3 dB spectral width of 2 nm. This continuous wave laser is ideal for testing multimode OM3 fiber links, Datacom SR4, SR8 interconnect testing, general purpose stable multimode fiber light source for datacom & physics and receiver responsivity testing applications. |
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| 1030 nm Laser Gain Module for Laboratory Systems | |
Laser Gain Module
from NKT Photonics
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| The aeroGAIN-ROD 2.1 from NKT Photonics is a Laser Gain Module that operates at a wavelength 1030 nm. It has an optical efficiency above 60% and beam quality (M2) of up to 1.3. This laser gain module has a polarization extinction ratio of over 15 dB and signal average power below 100 W. It has a signal core diameter of 85 μm and a gain fiber length of 804 mm. This laser gain module is ideal for ultrafast pulsed lasers and laboratory applications. |
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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 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 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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| 50 GHz - 700 GHz, Terahertz Detector for Imaging Applications | |
Terahertz Detector
from Terasense Group
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| The FAST 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 1 µs and responsivity of 10 V/W. This terahertz detector has a noise equivalent power of 1 nW/rt(Hz) and an impedance of 10 kOhms. It is ideal for wireless communication, terahertz imaging, and scientific research 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 non-sequential ray-tracing engine, allowing rays to interact with surfaces in any order and multiple times. This optical design is well-suited for designing & validating optical systems across lighting, biomedical, and display applications. |
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| 200 nm - 800 nm, Scanning Digital Monochromator | |
Monochromator
from Omega Optical
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| The Abbemat 5201 from Anton Paar is a Refractometer that operates at a wavelength of 589.3 nm. It has a refractive index of 1.26 nD - 1.72 nD with maximum resolution of 0.000001 nD and accuracy of ± 0.00002 nD. This refractometer has a Brix range of up to 100 °Brix and display resolution of 0.001 °Brix. It has a minimum sample volume of 70 µL and maximum micro flow cell pressure of 10 bar. This refractometer is ideal for laboratory applications. |
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| Featured Article | | What is Mode Locking in Lasers? | | Mode Locking is a technique to generate ultra-short pulses in the order of picoseconds (10-12) or femtoseconds (10-15). Lasers that generate a train of periodic ultra-short pulses are called mode-locked lasers. Laser light does not have a single, unmixed frequency or wavelength. All lasers emit light over a natural frequency spectrum or bandwidth. Click here to read the full article. | | | |
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| 589.3 nm Refractometer for Laboratory Applications | |
Refractometer
from Anton Paar
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| The Abbemat 5201 from Anton Paar is a Refractometer that operates at a wavelength of 589.3 nm. It has a refractive index of 1.26 nD - 1.72 nD with maximum resolution of 0.000001 nD and accuracy of ± 0.00002 nD. This refractometer has a Brix range of up to 100 °Brix and display resolution of 0.001 °Brix. It has a minimum sample volume of 70 µL and maximum micro flow cell pressure of 10 bar. This refractometer is ideal for laboratory applications. |
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| 350 nm - 925 nm, Spectrometer for Research & Biomedical Applications | |
Spectrometer
from Ocean Optics
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| The OCEAN-HDX-VIS-NIR from Ocean Optics is a Spectrometer that has a spectral range of 350 nm - 925 nm. It has an optical resolution (FWHM) of 0.7 nm and a dynamic range of 12000:1. This spectrometer is ideal for applications that include thin film analysis on a production line, research, integration into biomedical instrumentation, and QC functions in industrial settings. |
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