broadband and coherent light sources

MAKE LIGHT | MANAGE LIGHT | MEASURE LIGHT

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- 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

From: Materials

Research and Development

To: Production PV Cell testing..


Newport Oriel Solar Simulators


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


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 SimulatorFiber or 1” uniform beam with Air Mass filter holder

Model 91159 150W Solar SimulatorModel 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 904-9Model 92250A 150W Class A Solar Simulator – JIS C 8912Model 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

Solar Simulation

Class A Solar Simulators

Model 91195A 450W 4x4 IEC 904-9Model 92199A 1.0kW 6x6 IEC 904-9Model 93194A 1.6kW 8x8 IEC 904-9


8

13

18

23

Wavelength (nm)

(IE

C C

lass

A)

% T

ota

l

IEC Max 23.125 25.125 22.875 18.5 15.25 20.125

Spectral Match 19.780874 21.08673 18.870931 15.23384 12.179222 12.84604

IEC Min 13.875 15.075 13.725 11.1 9.15 12.075

400-500 500-600 600-700 700-800 800-900 900-1100

Class A Spectral Match

Measurement and Test

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

Newport Confidential

Oriel Solar Simulators


Oriel Solar Simulators used in production I-V testers



Spectral Response - QE- IPCE Measurement

Solar Cell researchers use tunable light sources:testing efficiency at various wavelengths

+

300W Xe source and CS260 Monochromator



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

broadband and coherent light sources

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