Laboratory-grade solarization-resistant fiber optic assemblies
Laboratory-grade solarization-resistant fiber optic assemblies; UV light at 300 nm reduces the transmission rate of standard silica fibers and increases UV absorption in the fiber, causing erroneous data. If you need to work below 300 nm, we recommend this fiber optic assembly. Shortening the length of the solarization-resistant fiber optic assembly increases UV transmission. However, lengths of 2 m or more can be selected.; Specifications; Description; UV light below 300 nm reduces the transmission rate of standard silica fibers and increases UV absorption in the fiber, causing erroneous data. If you need to work below 300 nm, we recommend this fiber optic assembly. Shortening the length of the solarization-resistant fiber optic assembly increases UV transmission. However, lengths of 2 m or more can be selected.
Save to Favorites
Overview
Datasheet
Please provide your email to download the datasheet.
Invalid email format. Please try again.
Supplier Information
Related Products
-
JW8103A High-Speed Power Meter
Fiber Optics
Joinwit
Detector Type: InGaAs Detector Size: Φ2.0mm Wavelength Range: 850~1700nm
The JW8103A is a high-speed optical power meter specially designed by Shanghai Jiahui for optical communication R&D, production, and scientific research. It can be directly integrated into automated test and production systems, providing high-precision, multi-channel power measurement for the R&D and mass manufacturing of optical components and modules. An internal constant-temperature control circuit ensures the stability and accuracy of measurement data at the hardware level.
-
Grating filter
Fiber Optics
Zg-photonics
Passband wavelength range: Minimum：1260 nm；Maximum：1625 nm Stopband wavelength range: Minimum：1644.5 nm；Maximum：1655.5 nm Insertion Loss (1260nm ~ 1360nm) (IL) [1260nm ~ 1360nm; insertion loss IL (dB) = -10lg(output power/input power)(dB)]: Maximum：1.0 dB
A grating filter is a passive optical device based on fiber Bragg grating (FBG, Fiber Bragg Grating) technology, which forms reflection or transmission characteristics at specific wavelengths in an optical fiber through periodic refractive index modulation. Its core function is to reflect signals at a specific wavelength (e.g., 1644.5nm~1655.5nm) while allowing signals at other wavelengths to pass through. It is widely used in wavelength management, optical path monitoring, and signal filtering scenarios in optical communication systems.
-
PM Isolator
Fiber Optics
Lightel
Center Wavelength (λc) [device without connector]: 1310, 1480 or 1550 Operating Wavelength Range [device without connector]: ± 20 nm Typ. Peak Isolation [device without connector；Single Stage; Grade P]: 42 dB
The Polarization Maintaining Fiber Isolator is a two port micro-optic device built with PM panda fiber. The device guides optical light in one directi
-
PMTap Isolator
Fiber Optics
Lightel
Signal Wavelength Range [device without connector]: 1530~1570 nm Max. Signal Insertion Loss [device without connector；for 1%；For devices with connectors, IL will be 0.3dB higher, RL will be 5dB lower, ER will be 2dB lower.；Single Stage]: 0.8(for 1%), Max. Signal Insertion Loss [device without connector；for 1%；For devices with connectors, IL will be 0.3dB higher, RL will be 5dB lower, ER will be 2dB lower.；Dual Stage]: 1.0( for 1%)
The polarization maintaining (PM) fiber-optic tap/isolator combines the functionality of a PM isolator with a PM tap Coupler in one compact inline pac
-
Fiber End Cap FEC (PM or non-PM)
Fiber Optics
Lightel
Port Configuration: Fiber In，Free-space out Signal light wavelength: 800~2000nm Input Fiber/Cladding Diameter: X/125μm
Lightel high-performance Fiber End Cap is used in highly specialized devices and equipment, including: high power fiber lasers, collimators and sealed PCF. The fiber end cap is made by splicing or laser fusing a short length of material to the fiber end face. In application scenarios, the fiber end cap allows the expansion of high power fiber laser beams to reduce the power density at the air/silica interface and protect the structural fiber from environmental influence.
Related Articles
Founded in November 2017, TIANJIN H‑CHIP TECHNOLOGY GROUP CORPORATION is a professional manufacturing‑service provider dedicated to micro‑nano optoelectronic chips. It holds multiple prestigious qualifications, including National High‑Tech Enterprise, one of Tianjin’s first Gazelle‑certified Enterprises, Specialized‑Refined‑Differentiated‑Innovative SME, and Leading Enterprise for Strategic Emerging Industries.
Polycom Photonics Co., Ltd focuses on the R&D and mass production of high-stability, narrow-linewidth laser sources for optical sensing applications. The company provides cost-effective and high-precision optical sensing lasers with a wavelength coverage from 689nm to 2350nm. Featuring accurate wavelength control and outstanding spectral stability, these laser products are widely applied in atomic spectrum detection, element precision measurement and professional optoelectronic sensing systems.
A microlens array (MLA) is a high-precision optical component composed of hundreds or thousands of tiny, uniformly arranged micro lenses on a single flat substrate. Unlike traditional single lenses that focus one light beam, a microlens array can split, homogenize, and reshape light on a micro scale. It is widely paired with VCSELs, lasers, and image sensors, becoming a core part of modern miniature optical systems.
A spatial modulator, most commonly known as a Spatial Light Modulator (SLM), is a core programmable optical device widely used in modern photonics, imaging, and laser systems. It enables precise, dynamic control of light beams, making it indispensable for advanced optical technology and industrial optical equipment.
Loading...
Name
Phone
Organization
Use Case
Database Platform