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QE
photon converted to electron ratio.
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QE System
PVE300
The PVE300 system is a monolithic,turnkey solution for photovoltaic material and device characterization;a key component in research, or as part of a production-line quality process.
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QE Systems
Abet Technologies offers a range of standard EQE and IQE measurement systems. Model QE-1100 is configured with the most useful components for single junction devices. It has a 350 – 1100 nm range. The QE-1800 is configured with components most useful for components for triple junction cells. Beyond the standard systems offered systems can be custom configured to meet a customer’s metrology needs.
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SWIR Camera with 85% QE, Low Noise, and over 10 Minute Exposure Times
NIRvana® 640
Teledyne Princeton Instruments
The NIRvana® 640 offers incredible sensitivity with greater than >85% Quantum Efficiency between 950 nm and 1500 nm, ensuring you collect every photon you can.The biggest barrier to low light SWIR imaging is dark current. The NIRvana® 640 offers incredible low dark current – only 40e-/p/s, enabling longer exposures for faint samples.
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Image Sensor Characterization Systems
Image Sensor QE and Spectral Responsivity Characterization
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High-Performance, Low-Noise Cameras
PIXIS
Teledyne Princeton Instruments
The PIXIS offers the broadest wavelength coverage, from ~120 – 1100 nm, for the widest variety of applications.With >95% quantum efficiency (QE) with selected CCDS, high QE in UV with UV enhanced CCD and enhanced sensitivity and reduced etaloning with eXcelon™ technology.
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Solar Cell Systems
he Solar Cell Scan is a multifunctionalexperimental platform,which is based on the measurement of Quantum Efficiency (QE) . The system employs a turnkey integrated design, which can carry out QE, Reflectivity and Mapping testing functions automatically. There are also modular and customdesigned accessories to adapt to different solar cell samples.
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Complete Testing Solutions
System includes a lamp and monochromator for a tunable light source, which is coupled to a high sensitivity source meter with measurement software. This user-friendly system is the most powerful Spectral Response system currently on the market, but its true power is the ease of upgrading from the base PTS-1 to the more powerful PTS-2-QE (Quantum Efficiency) or PTS-3-CPM (Constant Photocurrent Method). Designed for researchers who have limited budgets but want to start work immediately, this allows the ability to do baseline studies until additional funding for the full QE or CPM system becomes available.
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Ultra-compact Scientific CMOS Camera
Sylent™
The HORIBA Sylent scientific CMOS (sCMOS) uncooled camera line provides end-users with three novel high QE backilluminated sensor models that provide diversified solutions to successfully meet the most demanding photonic applications for the scientific and industrial sectors.
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Ultra-Low-Noise CCD and X-Ray Cameras
SOPHIA® Family
Teledyne Princeton Instruments
SOPHIA® has ultra-low-noise electronics, with high sensitivity (>95% QE), speed and flexibility with multi-port readout capabilities up to 16 MHz and high frame rates. ArcTec™ technology allows for thermoelectric cooling without chillers or cryo-coolers.
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High-Speed Cameras for Spectroscopy
BLAZE®
Teledyne Princeton Instruments
The BLAZE® is the ideal camera for low-light spectroscopy detection, delivering extremely high sensitivity over the visible and NIR range. With low dark current and fast speed, the BLAZE offers a QE above 90% at 450 nm, 98% at 900 nm and 75% at 1000 nm
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X-Ray Cameras for Soft X-Ray, VUV, and EUV Applications
SOPHIA® XO
Teledyne Princeton Instruments
SOPHIA® XO offers high-sensitivity (>95% QE) and high-speed for the widest range of VUV and x-ray detection, with thermoelectric cooling up to -90℃ and high frame rates. With a rotatable, industry-standard CF flange and high-vacuum seal design the software-selectable gains and readout speeds make this camera well suited for UHV applications.
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Quantum Efficiency Measurement Systems
Newest generation of quantum efficiency (yield) measurement tool, which allows the user to determine QE of powders, liquids, solids and films. An optically optimized geometry using an integration hemisphere and low stray light array spectrometer enables world class measurements and new applications.
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Front Side Illuminated Sensor with Pixel Size of 5.3µm with NIR Spectrum Sensitivity
Ruby Family
The EV76C660 and EV76C661 are members of Teledyne e2v’s Ruby family of CMOS imaging sensors. These breakthrough devices provide sensitivity and performance beyond that considered possible on a front side illuminated sensor with a pixel size of 5.3µm, Quantum Efficiency (QE) of over 80% and excellent sensitivity and performance in the near-infrared (NIR) spectrum (>50% at 850nm). This significantly reduces system illumination costs, or enables very low-light imaging in outdoor camera applications.
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OEM CCD Camera
Syncerity BI-NIR Camera
The TE-cooled back illuminated 2048 x 70 CCD Camera combines affordability, performance and versatility for OEM applications. With peak QE of 84% @ 700nm and 20% at 1050nm, Syncerity BI-NIR offers a relatively broad response and addresses multiple applications. In the near-NIR, this detector is a much lower cost alternative to a deep depleted CCD, with no etaloning. Syncerity’s flexible design allows our OEM-dedicated team to quickly adapt the camera for industrial requirements, ranging from alternate CCD chips to electronics
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High Power Tuneable Light Source (280-1100nm)
TLS120Xe
This compact solution easily fits into a wide range of applications in spectroscopy and spectrophotometry and delivers superlative stability and continuous tuning over 280-1100nm. The wavelength agile TLS120Xe offers a high power monochromatic beam suited to a wide range of materials and photodetector characterisation applications in research, industry and OEM, including: Fluorescence imaging, Photoluminescence / fluorimeter excitation, Detector responsivity / QE evaluation ...
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Spectral Response SystemsQuantum Efficiency SystemsIPCE Measurement Systems
QE system provides electronics and software designed for fully automated measurement of external quantum efficiency of solar cells. All systems include probes and a fixed plate sample stage for samples up to 150 mm x 150 mm. The main system components include: custom designed software, measurement electronics, and computer system (Windows 8 operating system). The measurement involves focusing monochromatic light to a spot on the device under test, then accurately measuring the photon flux and current from the test cell. The system utilizes a dual beam configuration with lock-in detection, providing an absolute accuracy of ±3%. The QE system uses a grating monochrometer with silicon/InGaAs/Ge detectors. The system includes automatic order sorting filters and two light sources for monochromatic illumination (a Xenon- arc lamp and a halogen lamp). A single lock-in amplifier is used to measure both the reference detector and test device. The main system comes with all the hardware needed to measure quantum efficiency, a fixed plate sample stage and probes.
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Intensified Cameras - Ultra-Sensitive CMOS Cameras from Deep UV to NIR Spectrum
iCameras
The cameras are equipped with a high-resolution sensor with high frame rate for excellent quality of image production, which is well‐suited to detect high speed moving objects or ultra-fast phenomenon.The mechanical architecture of the iCamera is small, compact and light-weight, especially designed for easy integration into any system.The iCamera features an exceptional sensitivity based on high QE image intensifier - ultra-fast gating technology down to a few nanoseconds, which allows it to be coupled with a laser source to perform high fidelity active imaging.
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FastCamera
FC300
The FastCamera 300 is a high-speed 3 megapixel digital camera system, using a CMOS imager with an electronic global shutter. This camera has a the option of a high-speed, scalable, integrated FPGA, image processor, and memory subsystem which enables stand-alone high speed in camera image processing and extended storage. Options include back thinned versions with high QE in the visible and NIR range, ruggedized, Camera Link output. When integrated with a high powered frame grabber /coprocessor board, the resulting system capabilities can be expanded by adding processors and memory on the board according to the needs of the user.
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FastCamera
FC200
The FastCamera 200 is a high-speed 2 megapixel digital camera system, using a CMOS imager with an electronic global shutter. This camera has a the option of a high-speed, scalable, integrated FPGA, image processor, and memory subsystem which enables stand-alone high speed in camera image processing and extended storage. Options include back thinned versions with high QE in the visible and NIR range, ruggedized, Camera Link output. When integrated with a high powered frame grabber /coprocessor board, the resulting system capabilities can be expanded by adding processors and memory on the board according to the needs of the user.
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Precision Power Amplifier
The main features of our power amplifiers are extreme broadband, low distortion and stability, above all. All amplifiers are operated and parameterized via a comfortable application software. The basic devices are mere voltage suppliers and provide 2 supply voltages and a USB interface.The letter "E" in the model name represents additional features: the amplifiers can optionally be operated as voltage amplifier or current amplifier; there are monitor outputs for voltage and current, and there are 3 symmetrical supply voltages available for optional selection.The amplifiers from the QE range provide "auto-commutating" voltage supply. In contrast to the E-models, 3 bipolar supply voltages are individually switched either automatically or manually.The QE-models provide highest sink outputs and are thus also suitable for operation as active load.For detailed information on HUBERT amplifier technology please see our White Paper No.1: HUBERT power amplifiers.
