Literature

The Vision IsoStation provides industry leading performance and more user friendly features and accessories than any other vibration isolation workstation. All of the features and accessories have been designed specifically to improve ease–of–installation, set-up and lab space utilization.

Our nanopositioner solutions are ideal devices for providing exceptional nanometer scale remote control for manual positioning stages and opto-mechanical components over large distances, hard-to-reach spaces and hazardous hands-off applications.

Our fluorescence filters are the result of a perfect blend of proven OEM filter manufacturing and our patented Stabilife® technology. This experience and patented process delivers filters with extremely high transmission, steep transitions from blocking to transmission and superior image quality.

Tunable External Cavity Diode Lasers (ECDLs) are employed in many applications, including coherent optical telecommunications, atomic and molecular laser spectroscopy, laser cooling, atomic clocks, environmental sensing, and optical microcavities.

The OPS-A® model power supplies by Oriel Instruments® are designed to meet the precise requirements for proper operation of Oriel's DC Arc Lamps.

The OPS-Q® model power supplies by Oriel Instruments® are designed to meet the precise requirements for proper operation of Oriel's Quartz Tungsten Halogen (QTH). These power supplies are capable of operating in constant power, constant current

The Oriel Model 75160NF Optical Chopper System introduces a periodic interruption of the light path in an optical experiment, resulting in an amplitude modulation. This is useful for many small optical signal detection schemes. The chopping frequency is phaselocked to its own internal frequency synthesizer, providing rock-solid stability and flexibility

The Oriel ® MS260i™ is a high performance, economical and user-friendly imaging spectrograph – an ideal instrument for research and OEM applications.

Oriel’s TracQ Basic software is an instrument control package that includes data acquisition and processing. TracQ Basic allows users to acquire spectroscopic measurement data quickly and easily, without requiring any programming knowledge.

Newport’s Oriel® brand is proud to introduce the first in a series of innovative solar simulator designs utilizing LED light sources. The system is made up of the LSS-7120 Controller and the revolutionary LSH-7520 LED Source Head. The system provides a variable output from 0.1 sun to 1.0 sun over a 2 inch x 2 inch (51 mm x 51 mm) illumination area

The Technology & Applications Center’s Photovoltaic Lab is accredited by the American Association for Laboratory Accreditation to ISO/IEC 17025. We measure the electrical performance of photovoltaic cells under simulated sunlight according to the American Society for Testing Materials (ASTM) standard E948, and make spectral responsivity measurements of photovoltaic devices according to ASTM E1021.

The Oriel® I-V Test Station takes a modular approach to your I-V measurements. Today’s photovoltaic devices incorporate a wide range of effi ciencies, so your application may require only a small area and generate a higher current, or may require a large area of illumination but generate low current. To address this,

Oriel’s ® QEPVSI-b is a preconfigured, yet flexible solution for measuring Quantum Efficiency (QE), also known as Incident Photon to Charge Carrier Efficiency (IPCE). Industry leading components ensure accuracy and repeatability. Oriel’s TracQTM Basic software provides instrument setup, control, data collection, and export.

The Oriel® Reference Cell, which is an integral part of solar simulator calibration and solar cell I-V characterization, consists of a readout device and a 2 x 2 cm calibrated solar cell made of monocrystaline silicon. The cell is also equipped with a thermocouple assembled in accordance with IEC 60904-2.

Semiconductor lasers are sensitive to transient voltage or current pulses. A transient of relatively large amplitude can damage a semiconductor laser. Protection from these transients is a compelling reason to choose a current supply designed for driving laser diodes over a constant current-mode voltage supply.

The chip attach process is fundamental to laser-diode device performance. Key parameters for assembly and higher yields can result from exact measurements and carefully cinstructed design of experiments.

High speed and low degree of polarization (DOP) are frequently considered critical specifications when choosing a polarization scrambler. High-speed scramblers allow faster measurement and higher throughput, low DOP minimizes effects of polarization dependent loss (PDL).

High quality power meters provide measurement assurance through a two-step system: calibration of the photodetector and the electronic gain of the stages.

Over 99% of all lasers manufactured in the world today are semiconductor laser diodes. Reliability is a concern in every laser diode application whether it is a simple $10 laser pointer or a space qualified optical transmitter link.

Splice loss testing requires the measurement of the optical power output from a freshly cleaved fiber prior to fusion splicing. This testing is performed during the manufacture of numerous telecommunications components, such as couplers, multiplexers, OADMs and EDFA pump modules.