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Page 3 - Imaging & Spectroscopy

Andor iKon-L HF
Andor Technology ltd
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Andor iKon-L HF
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The outstanding design brings together the camera’s key elements in a single optimized unit: the highest QE (95%) Back-illuminated sensor, a single directly bonded FOP and a unique spring-loading “Soft Dock” mount. This design delivers the highest optical performance high transmission, spatial resolution ...

Specifications
Sensor Type: CCD
# Pixels (Width): 2048
# Pixels (Height): 2048
Pixel Size (Square): 13.5 um
Peak Quantum Efficiency: 96 %
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UI-5240CP-NIR Camera
1stVision
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UI-5240CP-NIR Camera
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The 1.3 Megapixel NIR sensor from e2v offers an exceptional performance in the near infrared range (40 % at 850 nm) and a maximum QE of 70%. Besides the screw-on RJ45 plug for GigE, the UI-5240CP-NIR features a 6-pin Hirose connector for optional power supply and digital in-/outputs (optically decoupled up to 30 ...

Specifications
Sensor Type: CMOS
# Pixels (Width): 1024
# Pixels (Height): 1280
Pixel Size (Square): 5.3 um
Peak Quantum Efficiency: 65 %
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U3-3680XCP-NIR Camera
1stVision
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U3-3680XCP-NIR Camera
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The uEye+ U3-3680XCP-NIR USB3camera features a ON Semi AR0522 1/2.5" 5 megapixel rolling shutter CMOS sensor with a 2.2 µm pixel size, and 48 fps at full 2448x2048 resolution. The U3-3680XCP-NIR camera operates in the near infrared range (NIR) of the spectrum (above 750nm wavelength), and is ideal for industrial applications with low ...

Specifications
Sensor Type: CMOS
# Pixels (Width): 1944
# Pixels (Height): 2592
Pixel Size (Square): 2.2 um
Peak Quantum Efficiency: 95 %
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heliCam C4 CMOS Camera
Heliotis AG
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heliCam C4 CMOS Camera
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TIME-RESOLVED PIXEL-PARALLEL LOCK-IN DETECTION Upscale your lock-in experiment with 277 504 parallel dual-phase demodulatorsPump-probe, spectroscopy, phase contrast,doppler shift, holography, interferometry, etc

Specifications
Sensor Type: CMOS
# Pixels (Width): 542
# Pixels (Height): 512
Pixel Size (Square): 24 um
Peak Quantum Efficiency: 79 %
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Prime 95B Scientific CMOS Camera
Photometrics
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Prime 95B Scientific CMOS Camera
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Prime 95B is the Scientific CMOS with extreme sensitivity using high Quantum Efficiency (QE) Backside Illumination (BSI), a first for Scientific CMOS cameras. The 95B’s sensor converts up to 95% of incident photons into a measurable signal.  Unlike microlens approaches to increasing QE, which lose effectiveness as objective ...

Specifications
Sensor Type: sCMOS
# Pixels (Width): 1200
# Pixels (Height): 1200
Pixel Size (Square): 11 um
Peak Quantum Efficiency: 95 %
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Photonic Science HAWKeye sCMOS Camera 4123
Photonic Science and Engineering
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Photonic Science HAWKeye sCMOS Camera 4123
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The camera uses state of the art BAE Fairchild sCMOS 4123 sensors with 0.5 electron readout noise, very low dark current and low defective pixel count. Available as monochrome or color. Thanks to the proprietary back illumination process and thermo-electric cooling, the new Hawkeye 4123 camera allows ...

Specifications
Sensor Type: sCMOS
# Pixels (Width): 4096
# Pixels (Height): 2300
Pixel Size (Square): 4.6 um
Peak Quantum Efficiency: 85 %
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e-CAM30_CUNANO - 3.4 MP NVIDIA® Jetson Nano™ Camera
E-con Systems
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e-CAM30_CUNANO - 3.4 MP NVIDIA® Jetson Nano™ Camera
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e-CAM30_CUNANO is a 3.4 MP 2 lane MIPI CSI-2 custom lens camera board for NVIDIA® Jetson Nano™ developer Kit. This camera is based on 1/3\" AR0330 CMOS Image sensor from onsemi® with 2.2 µm pixel. This camera can be directly connected to camera connector (J13) on the NVIDIA® Jetson Nano™ developer Kit. ...

Specifications
Sensor Type: CMOS
# Pixels (Width): 2304
# Pixels (Height): 1536
Pixel Size (Square): 2.2 um
Peak Quantum Efficiency: 70 %
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Synapse Linear InGaAs Array SYN-512X1-25-1700
HORIBA
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Synapse Linear InGaAs Array SYN-512X1-25-1700
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HORIBA Scientific’s Synapse InGaAs arrays are the ideal choice for demanding, low-light-level measurements in the near infrared (NIR) spectral region from 800–1700 nm. Available in 512 × 1 (25 × 500 µm), 512 × 1 (50 × 500 µm), and 1024 × 1 (25 × 500 µm) pixel formats, these InGaAs detectors provide high resolution while maintaining ...

Specifications
Sensor Type: InGaAs Array
# Pixels (Width): 25
# Pixels (Height): 500
Pixel Size (Square): 512 um
Peak Quantum Efficiency: 85 %
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Synapse Linear Extended InGaAs Array SYN-512X1-25-2200
HORIBA
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Synapse Linear Extended InGaAs Array SYN-512X1-25-2200
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HORIBA Scientific’s Synapse Extended InGaAs arrays are the ideal choice for demanding, low-light-level measurements in the near infrared (NIR) spectral region from 1000–2200 nm. Available in 512 × 1 (25 × 250 µm), 512 × 1 (50 × 250 µm), and 1024 × 1 (25 × 250 µm) pixel formats, these InGaAs detectors provide high resolution while ...

Specifications
Sensor Type: InGaAs Array
# Pixels (Width): 25
# Pixels (Height): 250
Pixel Size (Square): 512 um
Peak Quantum Efficiency: 89 %
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Synapse EM Spectroscopy EMCCD Camera OSD-SY-03
HORIBA
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Synapse EM Spectroscopy EMCCD Camera OSD-SY-03
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1600 × 200 or 1600 × 400 EMCCD sensor  16 × 16 μm pixel size for high spectral resolution  25.6 × 3.2 mm or 25.6 × 6.4 mm image area  Ideal for high-speed or multi-track spectroscopy  Back- and front-illuminated  BIQX Technology with enhanced QE below 450 ...

Specifications
Sensor Type: EMCCD
# Pixels (Width): 1600
# Pixels (Height): 200
Pixel Size (Square): 16 um
Peak Quantum Efficiency: 98 %
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Synapse EM Spectroscopy EMCCD Camera
HORIBA
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Synapse EM Spectroscopy EMCCD Camera
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1600 × 200 or 1600 × 400 EMCCD sensor  16 × 16 μm pixel size for high spectral resolution  25.6 × 3.2 mm or 25.6 × 6.4 mm image area  Ideal for high-speed or multi-track spectroscopy  Back- and front-illuminated  BIQX Technology with enhanced QE below 450 ...

Specifications
Sensor Type: EMCCD
# Pixels (Width): 1600
# Pixels (Height): 400
Pixel Size (Square): 16 um
Peak Quantum Efficiency: 98 %
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Syncerity Scientific Deep-Cooled Camera
HORIBA
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Syncerity Scientific Deep-Cooled Camera
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· 1024 x 256 Front Illuminated Open Electrode sensor · Deep Thermoelectric cooling · UV transmission with Fused Silica window · 16 bit Digitization · > 58% Quantum Efficiency · > Lifetime Vacuum Warranty

Specifications
Sensor Type: CCD
# Pixels (Width): 1024
# Pixels (Height): 256
Pixel Size (Square): 26 um
Peak Quantum Efficiency: 58 %
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Synapse Open-Electrode CCD Detector
HORIBA
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Synapse Open-Electrode CCD Detector
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Open Electrode technology allows an increased response in the UV over standard front-illuminated CCDs. in the near IR, this detector is a lower-cost alternative to the deep-depletion CCDs with no etaloning beacause of its front-illuminated design and similar signal-to-noise performance.

Specifications
Sensor Type: CCD
# Pixels (Width): 1024
# Pixels (Height): 256
Pixel Size (Square): 26 um
Peak Quantum Efficiency: 58 %
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Synapse-i 512 Scientific CCD Camera
HORIBA
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Synapse-i 512 Scientific CCD Camera
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The Synapse-i scientific CCD camera is the most sensitive quantitative low light imaging camera on the market. The Synapse-i imaging camera provides real image quantification for direct correlation between the image intensity and the detected number of photons. Thanks to its unique quick-change mounting flange, ...

Specifications
Sensor Type: CCD
# Pixels (Width): 512
# Pixels (Height): 512
Pixel Size (Square): 24 um
Peak Quantum Efficiency: - %
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Synapse-i 1024 scientific CCD camera
HORIBA
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Synapse-i 1024 scientific CCD camera
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The Synapse-i scientific CCD camera is the most sensitive quantitative low light imaging camera on the market. The Synapse-i imaging camera provides real image quantification for direct correlation between the image intensity and the detected number of photons. Thanks to its unique quick-change mounting flange, ...

Specifications
Sensor Type: CCD
# Pixels (Width): 1024
# Pixels (Height): 1024
Pixel Size (Square): 13 um
Peak Quantum Efficiency: - %
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Syncerity BI UV-Vis Scientific Deep-Cooled Camera
HORIBA
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Syncerity BI UV-Vis Scientific Deep-Cooled Camera
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2048 . 70 back-illuminated sensor  UV-Vis quantum efficiency enhancement  Deep thermoelectric cooling  Improved etaloning   16-bit digitization  Lifetime vacuum warranty   

Specifications
Sensor Type: CCD
# Pixels (Width): 2048
# Pixels (Height): 70
Pixel Size (Square): 14 um
Peak Quantum Efficiency: 78 %
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SBIG STC-428-P Photometric CMOS Imaging System
Diffraction Limited
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SBIG STC-428-P Photometric CMOS Imaging System
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The new STC-428-P scientific CMOS camera represents a major improvement over CCD technology. Compared with previous CCD models such as the STF-8300M, the STC-428-P features higher sensitivity (78% QE versus 56%), significantly lower read noise (2.5 e- versus 9.3 e-), and 20X faster readout. While a single exposure on the IMX428 ...

Specifications
Sensor Type: CMOS
# Pixels (Width): 3208
# Pixels (Height): 2200
Pixel Size (Square): 4.5 um
Peak Quantum Efficiency: 78 %
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SBIG STC-428-OEM Scientific CMOS Imaging Camera
Diffraction Limited
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SBIG STC-428-OEM Scientific CMOS Imaging Camera
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For years mature CCD sensor technology, embodied in our venerable STF-8300-OEM camera, set the standard for high sensitivity, low noise, high dynamic range, and images free of pattern noise. The new STC-428-OEM scientific CMOS camera represents a major improvement over CCD technology. Compared with previous CCD models, the ...

Specifications
Sensor Type: CMOS
# Pixels (Width): 3208
# Pixels (Height): 2200
Pixel Size (Square): 4.5 um
Peak Quantum Efficiency: 78 %
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SBIG STC-7 Scientific CMOS Imaging Camera
Diffraction Limited
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SBIG STC-7 Scientific CMOS Imaging Camera
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Take stunning astrophotos with this all-inclusive imaging package.  The SBIG STC-7 features an ultra-sensitive and low noise 7 megapixel cooled CMOS sensor, integrated 8 position filter wheel, plus a complete set of LRGB and narrowband filters, and an opaque filter for convenience in making dark frames. You can easily connect ...

Specifications
Sensor Type: CMOS
# Pixels (Width): 3208
# Pixels (Height): 2200
Pixel Size (Square): 4.5 um
Peak Quantum Efficiency: 78 %
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TRiCATT 18 Time-Resolved Intensified Camera Attachment
Lambert Instruments BV
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TRiCATT 18 Time-Resolved Intensified Camera Attachment
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The TRiCATT is a compact lens-coupled image intensifier for scientific and industrial applications that require 1) low-light level imaging, 2) ultra-short exposures through fast gating, and/or 3) frequency-domain imaging using lock-in detection. The TRiCATT features an 18 or 25 mm image intensifier with a highly efficient relay lens ...

Specifications
Sensor Type: CMOS, CCD
# Pixels (Width): --
# Pixels (Height): --
Pixel Size (Square): -- um
Peak Quantum Efficiency: -- %
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