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Broadband and Coherent Light Sources. Broadband Light Sources. SLD Series Super-luminescent Light Emitting Diodes (SLEDs) Highly stable, incoherent broadband light source Models available with 0.2-25mW output power and 8-50nm bandwidth Free-space and fiber coupled output versions
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Broadband Light Sources • SLD SeriesSuper-luminescent Light Emitting Diodes (SLEDs) • Highly stable, incoherent broadband light source • Models available with 0.2-25mW output power and 8-50nm bandwidth • Free-space and fiber coupled output versions • Available at center wavelengths of: 675, 830, 920, 930, 980, 1300, 1440, 1450, 1480, 1550 nm
Laser Diode Light Sources • LQN Series FP Laser Diode Modules • Directly Compatible with Newport LDDs and TECs providing precise control over current and temperature • 3mW to 220mW output powers available • Circular or elliptical beam profiles • Available at: 375, 405, 440, 635, 685, 785, 830, 980, 1310 and 1550 nm with typical tolerance of +/- 5-15nm
Laser Diode Light Sources LQx Series Laser Diode Source Modules • 3 mW to 220 mW Output • Ultra-stable wavelength & output power • Circularized or standard elliptical beam • Free-Space beam output • CW operation (LQC) • Analog modulation of up to 20 MHz (LQA) • Digital modulation (via TTL) of up to 100 MHz (LQD) Wavelengths Available 375, 405, 445, 473, 635, 658, 785, 830, 980, 1060, 1310, & 1550 nm
Excelsior and Cyan Scientific Lasers • Offering Multi-Mode and Single Frequency systems • Sub-MHz linewidth for all Single Frequency models • Actively stabilized output power • Low optical noise • Superior thermal management • Safety shutter • Ease of use - Plug and Play • Lifetime data of up to 50,000 hours
Excelsior CDRH • Scientific Excelsior • Single Frequency and Multi-Mode • Collimated output beam diameter • Narrow linewidth • Exceptional frequency stability – free of mode-hops • Power adjustability – active stabilized • Diffraction limited output beam • Small laser head • Generic baseplate • Wavelength • 473, 532, and 561 nm • Power • 20 – 200 mW in various configurations
Cyan CDRH • Scientific Cyan • Single Frequency • Collimated output beam diameter • Sub-MHz linewidth • Exceptional frequency stability – free of mode hops • Diffraction limited output beam • Exceptional thermal management • Wavelength • 488 nm • Power • 10, 20, 40, 50 mW
Oriel Light Sources NEW LED Sources ● Simple, economical, and long-lived alternatives to diode lasers and QTH lamp-based sources ● Wavelengths from 370 to 629 nm, and white light models ● 250 mW and 500 mW power levels ● Interchangeable LED heads allow flexibility ● Manual or PC control
Oriel Light Sources The Apex Series ● Fully integrated – plug them in and turn them on ● Compact and economical – ideal for Systems Integrators or Researchers ● Highly collimated outputs or tightly focused spots ● Available to run 30 – 200 W UV-IR lamps/elements ● Built-in filter slide for spectral selection (model dependent)
Oriel Light Sources The Simplicity Series ● All the performance of our fully-featured systems, for fixed power applications ● Modular design allows component interchangeability, for changing needs ● Highly collimated outputs ● Available to run 50 – 1600 W arc and QTH lamps ● Ideal for proof of concept Research
Oriel Light Sources The Research Series ● Highly versatile systems – interchange between lamp types and power ● Modular design well suited to changing needs of Researchers ● Highly collimated, stable outputs ● Available to run 50 – 1600 W arc and QTH lamps ● Supported by full complement of optical accessories to customize spectral output
Oriel Light Sources Solar Simulators ● Long-lived, highly reliable systems for manufacturing and production ● Class A and Class B sources for PV solar cell testing ● Highly uniform and collimated output ● 150 to 1600 W systems with output beam sizes from 1.3” to 10x10” ● Supported by family of air mass and bandpass filters to simulate various solar conditions
Photovoltaic (Solar) Cells To: Production PV Cell testing.. From: Materials Research and Development
Newport Oriel Solar Simulators Solutions for Crystalline Silicon and Thin film solar cells • 50 x 50 mm to 250 x 250 mm area • 150W to 1,600W CW power • Designed for 24/7 performance and reliability • Temperature sensors and safety interlocks ensure operator safety
Solar Simulation Types of Solar PV Cells tested • Crystalline Silicon Solar cells • Monocrystalline • Multicrystalline • Thin film Solar cells • Amorphous silicon • Polycrystalline • Cadmium telluride • Copper Indium (gallium) diselenide • Lower manufacturing costs • Concentrator Cells • III-V Material Development
Solar Simulation Lower Power, Smaller Area Products • Model 96000 150W Solar Simulator • Fiber or 1” uniform beam • with Air Mass filter holder • Model 91159 150W Solar Simulator • Model 91260 300W UV Solar Simulator • 2x2 inch beam; Class B; AM filter not included Class A Solar Simulators • Model 91159A 150W Class A Solar Simulator – IEC 904-9 • Model 92250A 150W Class A Solar Simulator – JIS C 8912 • Model 92251A 150W Class A Solar Simulator – ASTM E927-05 • 2x2 inch beam; Class A; Includes AM1.5G Filter
Solar Simulation Higher Power, Larger Area Products Class A Solar Simulators Model 91195A 450W 4x4 IEC 904-9 Model 92199A 1.0kW 6x6 IEC 904-9 Model 93194A 1.6kW 8x8 IEC 904-9
Measurement and Test Class A Spectral Match Spectral Shift w/ Lamp Aging • Oriel AM 1.5 G Filter: designed to counter-act spectral output changes of Xe lamp with time • Output in UV-VIS range decreases, while IR ranges increase
Newport I-V Test Station & Software Oriel Solar Simulators Newport Confidential
Measurement and Test Oriel Solar Simulators used in production I-V testers
Measurement and Test Spectral Response - QE- IPCE Measurement + 300W Xe source and CS260 Monochromator Solar Cell researchers use tunable light sources: testing efficiency at various wavelengths
PV Solar Cell Testing Solutions QE/IPCE Measurement Kit ● Complete solution for measurement of solar cell QE and IPCE ● Custom configurable systems – designed to user needs ● Repeatable, reliable measurements