Oriel Solar Simulators & SolarCell Test Equipment . . . . . . .13
Oriel Solar Simulators & SolarCell Test Equipment . . . . . . .13
Summer 2008 Page 2
MAKE LIGHT | MANAGE LIGHT | MEASURE LIGHT
www.newport .com
ULTRAFAST LASER UPDATE
Mai Tai® DeepSee™
Automated Dispersion Compensation Upgrade ModuleSpectra Physics is pleased to announce the DeepSee upgrade module forselect Mai Tai HP and Mai Tai BB oscillator models. This upgrade module canbe installed in the field. The Mai Tai DeepSee laser sets new standards fordelivering the shortest possible pulses to the sample while maximizing thefluorescence signal. The DeepSee laser provides >300 nm (690–1040 nm) inits usable tuning range with >2.3 W of average power and a pulse width ofless than 100 fs – a performance level that has never before been available.
The Mai Tai family is a proven platform with almost a decade of historyto its name. It boasts leading performance specifications such as shortestpulse widths, highest peak power and best beam quality. It also has themost experienced support team and the largest installed base for any laserof its type.
Reliability is assured through the ultra-stable regenerative mode-lockingtechnique made famous by the Spectra-Physics Tsunami® oscillator. Using thismethod, the DeepSee oscillator offers hands-free, dropout-free wavelengthtuning, so the system is always pulsing and ready to take images. The newmodel also includes StabiLok® technology that provides real-timemonitoring of the laser system and helps maintain beam position, averagepower, and wavelength – making the DeepSee laser the most reliable andversatile hands-free laser source on the market.
Solstice™
One Box Ultrafast Amplifier
The Spectra-Physics Solstice™ amplifier is an innovative, rugged lasersystem that delivers hands-free, cutting-edge performance and ultra stableoperation. With its unique combination of high power, robustperformance and unmatched stability, the Solstice one box ultrafastamplifier is an excellent choice for a wide range of applications.
Scientific researchers can take advantage of the high power (>2.5 W) toeasily split the Solstice laser’s beam into several, which enable multi-colorpump probe experiments. For industrial customers, the high averagepower ensures maximum throughput in micromachining applications.
Continued on page 3.
A unique combination of high power, robust performance and unmatched stability.
Advantages of the DeepSee laser’sautomated dispersioncompensation
Shortest pulses on the sample givemaximum fluorescence signal
Fully automated and synchronizedwith the Mai Tai laser
Beam quality and beam pointingremain stable
Mai Tai oscillator’s wide tuning rangeis unaffected
See our website for more info.newport.com/DeepSee27WEB
See our website for more info.newport.com/Solstice27WEB
Based on patented regenerativecavity design for highestperformance
More than 2.5 W of output power
Exceptional beam quality (M2 <1.3)
Capable of operating in a ±5 °Cenvironment
All digital timing electronics fortemperature insensitive long termstability
Computer controlled
Pulse width <100 fs
Available in 1 and 5 kHz versions
Spitfire® ProUltrafast Amplifier
The Spectra-Physics Spitfire® Pro is the world’s most popular ultrafastamplifier system. Cutting-edge performance, high reliability, and industry-leading technical support combine to make the Spitfire Pro the ultrafastamplifier of choice in hundreds of leading research institutions.
All Spitfire Pro amplifiers feature the unique, patent protected XPregenerative cavity optical design. With a single intra-cavity Pockels cell, thenew cavity significantly reduces dispersion and losses, yielding shorter pulses(shorter than 35 fs) and higher pulse energy (up to 6 mJ), while offeringoutstanding contrast ratio and the best beam quality available today.
Innovative regenerative amplifier optical design for optimum performance.
The Spitfire Pro Advantage
Unique, patented regenerative cavitydesign for minimum intra-cavitydispersion and losses
Up to 6 W of average power
Pulse width as short as 35 fs
Available in 1 kHz and 5 kHzconfigurations
Superior mode quality (M2 <1.35)
Excellent pulse-to-pulse energystability
Exceptional beam pointing stabilitysimplifies integration into complexlaboratory setups
All digital timing for temperatureinsensitive long term stability
Fully computer controlled
Complete wavelength flexibility withSHG, THG, FHG, and OPA accessories
Supported by industry’s mostknowledgeable and experiencedultrafast engineering and serviceteams
Applications
OPA pumping
Ultrafast multicolor pump-probe spectroscopy
Ultrafast micromachining on awide variety of materials
Nonlinear optics
Applications
Multicolor pump-probe studies
Coherent control experiments
Nonlinear optics
Optical parametric amplification
Time resolved spectroscopy
Four wave mixing spectroscopy
Material processing
See our website for more info.newport.com/Spitfirepro27WEB
Newport now offers a complete line of Helium-Neon (HeNe) lasers that combines high performance andaffordability at wavelengths of 543 nm, 632.8 nm, 1.15 µm, 1.52 µm and 3.39 µm.
With enhanced designs, superior optical components and optimized mirror quality, these models deliverunsurpassed operational stability over long lifetimes, making them the highest-quality HeNe lasers available. Theyare supported by a one-year warranty and are available “off the shelf”.
High performance and affordability at a range of wavelengths.
Green HeNe Laser (543 nm)
The green HeNe laser productfamily offers TEM00 and higher-order mode structures at 543 nm,with all models available in eitherlinear or random polarization. The543 nm wavelength is highly visible(near the photopic vision peak),making this wavelength ideal foralignment applications. The greenHeNe laser is also well suited tomany biophotonic applications. Weoffer lasers with power levelsranging from 0.5 mW to 2.0 mW.
Infrared HeNe Laser
The infrared ( IR) HeNe laserproduct family offers TEM00 modeoutput beam at 1.15 µm, 1.52 µmand 3.39 µm. All models areavailable with 500:1 l inearpolarization.
R-32734 Frequency/Intensity Stable HeNe Laser
The R-32734 uses a highly refined thermal compensation technique toprovide an excellent balance of high output power and stability, plus lowtemperature sensitivity and solid reliability.
An extremely versatile research and instrumentation tool, the R-32734 cantoggle instantly via front panel control between intensity- and frequency-stable modes. In intensity-stabilized mode it will operate as an outputpower reference with stability of <±0.2% over one hour, while thefrequency-stabilized mode offers frequency stability as low as <±3 MHzover an eight-hour period.
Red HeNe Laser (633 nm)
The red HeNe laser product familyoffers TEM00 mode at 633 nm, withall models available in either linearor random polarization. To meetevery application and budgetaryneed, we offer a variety of powerlevels ranging from 0.5 mW rightup to 35 mW. This product familyoffers some of the highest powerlevels available in production HeNelasers. See our website for more info.
aligned to a line on the device. The nonlinear fiber ismounted in a robust aluminum housing, which is thensecurely mounted on the ULTRAlign translation stage.The SCG-800 features build-in beam expansion at theend facets, facilitating easy coupling and providing ahigh damage threshold.
The kit also includes a faraday isolator, two steeringmirrors and a half-waveplate/polarizer combination forvariable attenuation of the incident pump laser power.Much effort was put into eliminating optical feedbackand maximizing beam stability in order to maintainalignment with the small 1.6-micron fiber core insidethe SCG-800 module. Optics and mounts have beencertified by our Technology and Applications Center ascompatible with the Spectra-Physics Mai Tai andTsunami Ti:Sapphire lasers.
A much more detailed explanation of this kit, includingalignment procedures, recommended operatingparameters and a detailed characterization of thesupercontinuum generated as a functionof launched pump power andwavelength can be found inNewport Application Note#28, SupercontinuumGeneration in SCG-800Photonic Crystal Fiber.
The Newport Supercontinuum Kit is a completesupercontinuum-generation solution designedspecifically for use with a femtosecond Ti:Sapphirelaser such as the Tsunami® or Mai Tai® lasers. Created inresponse to feedback from researchers in the emergingfield of supercontinuum generation, the kit allowslaboratory experiments to be set up by assembling pre-selected, certified off-the-shelf components into a cost-effective supercontinuum solution.
The kit leverages the powerful combination ofNewport’s SCG-800 supercontinuum fiber module andhigh-stability ULTRAlign™ manual positioners. TheSCG-800 is a polarization-maintaining supercontinuumdevice for use with 800 nm-range femtosecond lasers.It contains a highly nonlinear, polarization-maintainingphotonic crystal f iber with a zero-dispersionwavelength of 750 nm. The fiber ends are sealed andmounted in quartz ferrules, and the polarization axis is
Oriel® LED Sources
Efficient performance, flexible control
Newport sets another standard in light-generationinstruments with the new family of Oriel® LED sources.For applications where low power consumption andheat dissipation are critical, these sources of UV/VIS-NIR radiation offer a simple, economical and long-livedalternative to diode lasers and QTH lamp-basedsystems.
Simple and economical LED light-generation solutions.
We offer models covering wavelengths from 385 nm to629 nm, as well as a broadband white-light model,with power levels up to 500 mW. An interchangeableLED head is recognized by the drive, while a standardoutput flange offers easy coupling to light guides,microscope il lumination adaptors, fibers or lensassemblies.
See our website for more info.newport.com/Super27WEB
See our website for more info.newport.com/LED27WEB
• Ultra-compact — ideal for spaceconstrained setups and systemintegration
• Set-and-forget long-term stability
Newport’s growing Agilis family of piezomotor drivendevices allows end-users to remotely control laser oroptical setups with greater precision, for betterexperimental results. Ultra-compact and offeringgreat ease-of-use, the motorized Agilis componentsare priced extremely competitive, comparable to theprices of manual components. The Agilis series iscomprised of mirror mounts, linear and rotationstages and dedicated control electronics.
• For 0.5" and 1" diameter optics• Impressive 0.2 arc-s adjustment sensitivity• Set-and-forget long-term stability• Vacuum compatible versions• Models with integrated precision limit switch
provide absolute positioning capability that enableregistering and returning to a set position withbetter than 0.05° repeatability
AG-M050 & AG-M100Piezomotor Driven Optical Mounts
See our website for more info.newport.com/agilis27WEB
IDEAL FOR ULTRA-SENSITIVE ALIGNMENTS
• Convenient push button remotecontrol and USB computercontrol for 2-axis
• 12 mm travel• 50 nm minimum incremental motion• Ultra-compact — ideal for space constrained setups
and system integration• Set-and-forget long-term stability• Precision limit switch provides absolute positioning
capability with 100 µm repeatability• Vacuum compatible version
available August 2008
AG-UC8PC8-Channel PC-Board Controller
• 8-axis control on a 117 x 85 mm board• Simplifies integration into existing electronics• RS232, RS485 or USB control• Expandable to 16-, 24-, 32-, 40- or more
channels
IDEAL FOR ULTRA-SENSITIVE ALIGNMENTSIDEAL FOR ULTRA-SENSITIVE ALIGNMENTS
Fluorescence Filters for Today’s Research
Newport’s Corion® filters bring together the perfect blend ofproven OEM filter manufacturing expertise and our patentedStabilife® technology to deliver unsurpassed fluorescence filtersolutions for today’s researchers.
Our extensive experience in creating fi lter solutions forCytometers, DNA Sequencers and other fluorescence basedinstrumentation is the foundation for our innovative HighPerformance Fluorescence Filters for microscopy applications.Available from stock for the most popular fluorophores, thesefilters provide extremely high transmission, steep transitions fromblocking to transmission and superior image quality combinedwith exceptional spectral stability.
To request a brochure or more information cal us, or visit:
See our website for more info.newport.com/filters27WEB
An extension of the pedestal postsystem, the PS-Q pedestal cubeallows PS Series pedestal andextension posts to be mounted at a90º angle, enabling the construction
of ultra-stable multi-dimensionalstructures.
Uniquely, the pedestal cube systemfacilitates alignable stacking ofcubes on posts with the PS-Q-Athread adaptor (pictured). Fittedinto either of the two counterboreson the cube, this adaptor allows thecube to be rotated in the sameorientation as any of the cubesbelow it, while also providing athreaded hole on top of the cube for
SmartTable® OTS™
Optical Table System
UPGRADE YOUR TABLE WHENEVER YOU NEED TO
Economical, high-performing isolation platform for every budget.
Features & BenefitsField-upgradeable table and platformoptions
Integrated accessories to improveuse of lab space, organization andsafety
Three levels of damping and isolationperformance to meet everyperformance and budgetary need
Table Options (in order ofincreasing performance)
ST-UT Series upgradeable opticaltable with broadband damping
ST-UT2 Series upgradeable opticaltable with tuned mass dampers
ST Series SmartTable optical tablewith IQ active damping technology
Isolation Options (in order ofincreasing performance)
optical table system (patentpending) combines theunmatched performance andvalue of our patentedSmartTable® optical table with anew, innovative isolationplatform to optimize laboratoryspace, organization and safety –at sizes and performance levels tosuit every budget.
The new platform integratesNewport’s I -1250 pneumaticisolator with a new rigid frameto create an economical isolation
platform with superiorperformance and unmatchedaccessories. The I-1250 has beenused for many years by OEMcustomers worldwide looking fora rel iable, high-performingsolution with low cost ofownership.
No other optical table systemoffers the same combinationof performance, accessoriesand upgradeabil ity to meetthe needs of growing labs. Assystem requirements and budgetschange, users can easily upgradetheir system in-situ to improveperformance, organization andsafety. For example, users caninitially select a 4’ x 8’ x 8” ST-UTbroadband-damped upgradeabletable surface with a r igid legframe (ST-UT-OTS48-8-N), optingto upgrade both the damping andisolation performance later, in thefield, to the highest performancelevel available.
Endless stacking of cubes on posts.
PS-Q Pedestal Cube
BUILD ULTRA-STABLE STRUCTURESKey Features
Endlessly stackable
Made from solid stainless steel
English and metric versions
From left to right: PS-Q pedestal cube, PS-Q-A pedestal cubethread adaptor 8-32 and M-PS-Q pedestal cube(metric version).
further stacking of posts or othercubes. With this feature, thepedestal cube can be infinitelystacked while maintaining acommon alignment – unlike othercubes.
See our website for more info.newport.com/smart27WEB
See our website for more info.newport.com/psq27WEB
Great performance in high-energy laser applications
The ideal choice for applications using Nd:YAG or Nd:YLF solid-state lasers.
Our 50/50 high-energybeamsplitters for laser-l inewavelengths of 1064 nm, 532 nm,355 nm and 266 nm are designed tomanage the fundamental andharmonic wavelengths of Spectra-Physics Vanguard™ and Quanta-Ray®
lasers. However, with a low thermalexpansion substrate and high-damage-threshold optical coating,they are also ideal for any scientificor industrial applications that useNd:YAG or Nd:YLF solid-state lasers.
With 10–5 scratch-dig and excellentsurface specifications andtolerances, the beamsplitters arespecially designed to deliverexcellent results in high-energyapplications. They are manufacturedby applying high-damage-thresholdIBS coatings to UV-grade fused silicasubstrates, with an anti-reflectioncoating on the second surface toreduce back reflections.
Newport also provides high-damage-threshold mirrors,harmonic beamsplitters, thin filmplate polarizers, laser-wedgedwindows and laser beam expandersfor managing Nd:YAG and Nd:YLFlaser pulses.
Key Features
UV-fused silica substrate
Surface flatness of λ/10 with10–5 scratch-dig
16 different parts at four centerwavelengths (266 nm, 355 nm,532 nm and 1064 nm)
Available in 1” and 2” diameter
Available for both S and Ppolarizations
Damage threshold of 20.0 J/cm2
with 10 ns pulse at 1064 nm or2000 MW/cm2 CW
Ultrafast Broadband & Super-Broadband Turning MirrorsTwo new options for managing output beams
Steering pulses with minimum dispersion.
Key Features
UV-fused silica substrate
Controlled group velocitydispersion to minimize pulsebroadening
>99.6% reflection from680–1060 nm
Available for both S and Ppolarized pulses
See our website for more info.newport.com/beam27WEB
See our website for more info.newport.com/mirrors27WEB
Newport’s ultrafast mirrors aredesigned to manage the output beamof Ti:Sapphire oscillators andamplifiers. They have beensuccessfully tested by ultrafastresearchers in academic and industriallaboratories around the world.
The super-broadband mirror offersover 99.6% reflection from680–1060 nm, covering the full
bandwidth of Spectra-Physics’Mai Tai® laser, while the broadbandmirror is a more economical versionthat delivers more than 99%reflection from 700–930 nm forSpitfire, Solstice, and Tsunami lasers.With controlled group velocitydispersion (GVD) optical coatingdesign, both mirrors are an excellentoption for steering the 20–100 fsoutput pulse from a Ti:Sapphire laserwith lowest possible pulse dispersion.
Newport also offers a rangeother specialized ultrafastoptics including chirped mirrors,beamsplitters, ultrafast concavemirrors and polarizers for managingfemto-second laser pulses.
One of the most advanced power meters on the market
State-of-the-art analog board for superb sensitivity,accuracy, and speed
Power measurement capable of 11 fW–20 kW
Energy measurement capable of 7 mJ–20 kJ
Measurement rep-rates up to 10 kHz
Frequency measurement of pulses up to 250 kHz
5.7” graphical TFT LCD, VGA provides excellentlegibility from any angle, in any light condition or whenwearing colored eyewear
USB and RS-232 computer interfaces; USB data transferup to 8Mbps; data storage via internal memory or USBflash drive
Color plotting, statistics and on-board data post-processing
Analog and digital filtering
Trigger in/out control with alarm levels
Analog bar graph with 10x zoom
Advanced programming toolkit – .NET and LabVIEW®
Accelerated thermopile-based power measurementswith fast prediction algorithm
Large variety of programmable input and outputcontrolling triggers
Sophisticated automation capabilities in testing andlaboratory applications
True RMS measurements
1936-C and 2936-CThe Best Just Got Even Better
See our website for more info.newport.com/power27WEB
The hugely successful 1935-C/2935-C series of powermeters has set new standards in optical power andenergy measurement. Now, Newport has combined thesuperb femtowatt-level sensitivity of the 1931-C/2931-Cseries and the extreme versatility of the 1935-C/2935-Cseries to create a revolutionary step forward in powermetering.
For any measurement application, no matter howdemanding, all you need is one of these new modelsplus a Newport detector. Both series are fullycompatible with the 918D Series semiconductor-basedlow power, 818P Series thermopile and 818E Seriespyroelectric detectors. When a different detector isneeded, hot-swapping capabilities means there’s noneed to recycle the power.
For low-power or high-power applications, or thoseinvolving measurement of energy from continuous orpulsed light sources, the new instruments have brokenthe barrier of temporal measurement performancewith calibrated results. They can handle repetitionrates of up to 10 kHz at an unheard sampling rate of250 kHz. This means that even reasonably high-speeddynamical phenomena can be seen, eliminating theneed for an oscilloscope in many cases.
Pulse, peak-to-peak and DC source measurements canbe displayed in units of W, dBm, dB, J, A, and V. Dual-channel 2936 Series meters allow for the simultaneousmeasurement variety of light sources operating atdifferent power levels and wavelengths.
High-Power Laser Diode Bar DriverModels 5700-100 & 5700-150
Newport Corporation, a widelyknown leader in laser diode controland test instruments, introducesall new 5700 Series High PowerLaser Diode Drivers, available ina 150 A - 20 V and a 100 A - 30 Vconfiguration. Ideal for R&D,manufacturing, and quality control,the products are capable ofoperating in either CW (continuouswave) or pulsed mode, eitherlocally or remotely controlled.The instrument is perfect fordriving multiple high-power laserdiode bars stacked in series aswell as a s ingle bar. A full LIVcharacterization of laser diodesis attainable via fast USB2.0interface. Incorrect settingsare prevented during the setupmode to protect the laser diode.When power is turned off, al l
program settings are saved.Inaddition, several different setupscan be saved and recalledto faci l itate multiple testrequirements. Complete laser diodeprotection is provided, includingtransient detection and filtering,intermittent contact protection,independent current l imit andpowerlimit settings, output offshorting circuits and a slow turn onsequence.
Key Features
One of the highest CW outputcurrent available on themarket,up to 150ACompliance voltage up to 30V toaccommodate a diode stackAdvanced laser diode protectionschemesUSB2.0 interface. Very simple-to-use, intuitive front panel controls
PCD Series Photon Counting Detectors
Newport's Photon CountingDetectors provide a completesolution in a single module, whichmeans that it is no longer necessaryto be an optics or electronics expertto implement high resolutionphoton counting. The sensorsused in these modules feature anovel quenching architecture thatprovides state-of-the-art timing-j itter, thereby exceeding thetypical sensing performance ofPhotomultiplier Tubes (PMT) in allkey photon counting parameterssuch as Photon Detection Efficiency,Dark Count, Timing-Jitter andAfter-Pulsing.
Key Features
Low Timing-Jitter (< 100ps)and low after-pulsing
Excellent Photon DetectionEfficiency at blue/redwavelengths (> 30%)
TTL output (pulse indicatesphoton arrival time)
Low operating voltages (<35V)
Integrated TE cooler for darkcount reduction
Integrated wall mountedpower supply
Modules available in 20 or 100µm versions, with optionalfiber coupled output
USB Interface with integratedsoftware environment and DLLlibraries
See our website for more info.newport.com/LD27WEB
See our website for more info.newport.com/PCD27WEB
Compact, rugged and stabledetector supplied with integratedpower supply and TE coolerHigh gain: 106
Low bias voltages: 30VFast rise time: <5 nsLow dark count rate: <1 MHzLarge area: up to 9 mm2
Newport’s SPM Series high-gainavalanche photodiodes (APDs) arethe first solid-state alternative tothe long-established photo-multipl ier tube (PMT). Theycombine the high gain (106) andquantum efficiency of the PMTwith the much-appreciated benefitsof s i l icon – small s ize, lowoperating voltage, robustness,
reliability, insensitivity to magneticfields, l ight tolerance andminiaturization. In addition, thenew design offers a high signal-to-noise ratio and a very fast pulseresponse.
The detector, usually known as asi l icon photomultipl ier (SPM),consists of an array of Geiger-modeAPDs, each individually coupled tointegrated quench electronics.Geiger-mode APDs have extremelyhigh internal amplification thatallows single-photon sensitivity atroom temperature.
The SPM Series APDs are availablewith an active area of 1 x 1 mm2 or3 x 3 mm2, housed in a hermetically
sealed TO8 can and mounted on atwo-stage Peltier cooler. Duringnormal operation the detector iscooled to -20 °C, which reduces thedark count by an order ofmagnitude and offers a significantperformance improvement overroom-temperature operation.
HRTM SeriesHigh-Resolution Timing Module
THE ULTIMATE IN TIMINGKey Features
Timing resolutions of 66 ps and648 ps16 user-configurable I/O inputsBurst timing rates up to 100 MHzUp to 16MB ultrafast static RAMMulti-dimensional dataconfigurationUser-configurable curves, numberof time bins and time bin depthHigh-speed USB 2.0 interface toPCData analysis, statistical toolsand DLL librariesAvailable in one-, two- and four-channel versions
Newport’s new high-resolutiontiming module (HRTM) is the firstportable USB high-resolutiontiming module on the market,offering high-end timing functionsin an easy-to-use, flexible module.Its novel timing circuitry enables atiming resolution of 66 ps and isavailable in one, two, or fourchannels. The system design isoptimized for use with Newport'sphoton-counting sensor products,but is also compatible with anyother photon-counting sensor.
The HRTM offers functionsincluding time-binning, t ime-tagging (micro and macro), multi-channel averager/scaler, multi-dimensional time-correlated single-photon counting (TCSPC) andauto/cross correlation. Along with arange of tools for display, statisticalanalysis and data export, thiscombination of functions in asingle platform makes the HRTMthe ultimate timing module.
A user-configurable memoryarchitecture enables the capture ofmultiple curves in one experiment.Using the flexible interface with 16I/O ports, these curves can beautomatically mapped to memoryin various configurations, allowingsingle-point or multi-dimensionalimaging. The versatile I/O structure
allows integration with existingexternal equipment such as steppermotors, microscopes and scanningarrays, al lowing the HRTM tocontrol (or be controlled by)external equipment.
Enables a resolution of 66 ps.
APDs in silicon for the first time.
See our website for more info.newport.com/spm27WEB
See our website for more info.newport.com/htrm27WEB
Oriel® Solar Simulators & Solar Cell Test Equipment
RELIABLE, ACCURATE, CONTINUOUS MEASUREMENTS
Newport’s Oriel® solar simulators provide the closest spectral match to solar spectra available from any artificialsource. Each system is manufactured, characterized and exhaustively tested to verify beam uniformity, collimationand spectral output.
We offer 150 W to 1600 W systems with output beam sizes to 12 x12 inches. Optional air mass and dichroic filtersshape the output spectra. Add an IV Test system for measuring solar cell current and voltage (IV) output.
QE Configurations for measuring solar cell efficiency are also available.
Oriel I-V Test Station
• New I-V measurement solutionfor photovoltaic cells
• Works with any 2” x 2” and4” x 4” Oriel Solar Simulator
• Complete systems or modularsub-systems
• Easy-to-use LabVIEW based I-Vcharacterization software
Class A Solar Simulators
• Factory certified Class A CWsystems per JIS C 8912, ASTM E927-91, and IEC 904-9
• 2” x 2” to 8” x 8” output beamsizes
• Convenient user featuressimplify operation
• Temperature sensors andinterlocks ensure operator safety
150 W Solar Simulators
• Low cost alternative for lowpower applications
• 1.3 inch diameter output beam• Small arc size for efficient fiber
coupling• Optional filters let you shape
the output spectrum
Oriel® QE/IPCEMeasurement System
The new QE/IPCE measurement kit allows researchers to measure QuantumEfficiency (QE) and Incident Photon to Charge Carrier Efficiency (IPCE)measurement for solar cells, detectors, or any other photon-to-chargeconverting device. We selected the most suitable components for yourmeasurements needs.
• 300 W Xe source• CS260 monochromator• Merlin™ lock-in amplifier• Calibrated Si detector• TRACQ™ Basic software
See our website for more info.newport.com/solarmatch27WEB
Newport Corporation, Irvine, California; Mountain View, California; Tucson, Arizona; Evry and Beaune-La-Rolande, France have all been certified compliant with ISO 9001 by the British Standards Institution or TUV.
Complete listings for all global office locations are available online at www.newport.com/contact
www.newport.comNewport Corporation, Global Headquarters1791 Deere Avenue, Irvine, CA 92606, USA
