Showing results: 1426 - 1440 of 3061 items found.
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INCUS -
Aragón Photonics Labs S.L.
INCUS is a portable spectrophotometer that allows the measuring of the receiver tube optical properties in the solar field of a parabolic trough CSP plant.
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7202 -
Chroma ATE Inc.
In the design of 7202, Chroma has come out with a unique optical design that ensures the result of grain-size calculation is highly repetitive.
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Senko Advance Co., Ltd
Passive Devices by Senko - attenuators, fused products, optical switches, plc splitter series, routing, WDM series, and more
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TMO350 Series -
T&M Tools Limited Co
TMO350 series Optical Time Domain Reflectometer(OTDR) is the new generation of intelligent meter for the detection of fiber communications systems.
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U5000AT+ -
Teledyne LABS
Using an ultrasonic nebulizer in conjunction with an optical ICP system is a simple, cost-effective way to increase sensitivity and lower detection limits.
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N1000A -
Keysight Technologies
Flexible, modular, mainframe platform by selecting from a variety of plug-in modules that perform precision optical, electrical, and TDR/TDT measurements.
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Keysight Technologies
Modern lightwave transmission systems require accurate and repeatable characterization of their optoelectronic, optical and electrical components to guarantee high-speed performance.
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Keysight Technologies
Choose the optical receiver that meets your system performance and layout requirements. Add sensors for automatic compensation for environmental changes.
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Optoplex Corporation
With increasing demand for data and video from home, business and wireless, higher and higher bandwidth for the Optical Access Network is required.
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HMA-J -
OPTOKON a.s.
The OPTOKON HMA-J connector series, a medium size „Expanded Beam“ connector is designed for connection of the nodes of harsh environmental network by the help of cables with optical fibers. The used expanded beam technology preservers all advantages of signals transmission through the optical lines in field harsh environmental conditions. Additionally to ruggedized optical networks the HMA-J is suited for a vast array of applications, like heavy industry connections, petrochemical application, broadcasting temporary optical lines. The innovative designs ensure its ability for deployment in the toughest environments where high performance and total reliability are critical. Benefiting from expanded beam technology the precision optical alignment system creates immunity from water, mud, dust oil and other contaminants. The HMA-J Hermaphroditic coupling eliminates the need for adaptors and male and female mating halves. Hermaphroditic housings allow for rapid deployment, creating low loss Singlemode and Multimode daisy chained links in a variety of planforms ranging from simplex fiber to a four fibers. The OPTOKON HMA-J is ideally suited for environmental extremities where low maintenance and quick repairability is necessary.
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HMA-M -
OPTOKON a.s.
The OPTOKON HMA-M connector series, a mini size „Expanded Beam“ connector is designed for connection of the nodes of harsh environmental network by the help of cables with optical fibers. The used expanded beam technology preservers all advantages of signals transmission through the optical lines in field harsh environmental conditions. Additionally to ruggedized optical networks the HMA-M is suited for a vast array of applications, like heavy industry connections, petrochemical application, broadcasting temporary optical lines. The innovative designs ensure its ability for deployment in the toughest environments where high performance and total reliability are critical. Benefiting from expanded beam technology the precision optical alignment system creates immunity from water, mud, dust oil and other contaminants. The HMA-M Hermaphroditic coupling eliminates the need for adaptors and male and female mating halves. Hermaphroditic housings allow for rapid deployment, creating low loss Singlemode and Multimode daisy chained links in a variety of planforms ranging from simplex fiber to a four fibers. The OPTOKON HMA-M is ideally suited for environmental extremities where low maintenance and quick repairability is necessary.
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SPA-08-XX -
Hangzhou Softel Optic Co., Ltd.
1550nm series multi-outputs optical amplifier gain spectrum bandwidth between 1545~1563nm, adopt high reliability multimode pump laser and double clad fiber, the unique APC, ACC and ATC circuit, the max output power can reach to 40dBm, one device and replace the original several to dozens traditional EDFA, can greatly save the cost and maintenance expense, improve the stability of the network operation, high output power 1550nm optical amplifier is playing an increasingly important role in the continuous extension of the optical fiber network, providing a flexible and low-cost solution for the wide coverage of CATV system in large and medium-sized cities.
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SPA-32-XX -
Hangzhou Softel Optic Co., Ltd.
1550nm series multi-outputs optical amplifier gain spectrum bandwidth between 1545`1563nm, adopt high reliability multimode pump laser and double clad fiber, the unique APC, ACC and ATC circuit, the max output power can reach to 40dBm, one device and replace the original several to dozens traditional EFDA, can greatly save the cost and maintenance expense, improves the stability of the network operation, high output power 1550nm optical amplifier is playing an increasingly important role in the continuous extension of the optical fiber network, providing a flexible and low-cost solution for the wide coverage of CATV system in large and medium-size cities.
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PerkinElmer Inc.
Introducing two NEW systems in the IVIS® Lumina™ preclinical in vivo imaging instrument family, the IVIS Lumina S5 and the Lumina X5. The IVIS Lumina S5 2D optical imaging system combines high sensitivity optical and patented spectral unmixing capabilities in a high-throughput system. The IVIS Lumina X5 has all the features of the S5 with integrated high-resolution x-ray.
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PacketMicro Inc.
A digital or traditional optical microscope can help engineers check on their high-speed probing activities much more easily. It will assure the probe tips will touch on the right contact(s), with correct contact angle and right amount of force. We use both digital and optical microscopes in our own lab. The information in this page is to help you choose a microscope best suits you.