RSA7100B
宽带信号分析仪提供高达 800 MHz 带宽的实时频谱分析以及全带宽的无缝数据的同时流式传送。它让通信、雷达和电子战的研究人员进行下一代设计。通过 SignalVu-PC，16 kHz 至 14/26.5 GHz 频率范围涵盖了广泛的分析需求，包括调制、脉冲、WLAN 和频率/相位稳定测量 向 RAID、LVDS...
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- 400-820-5835
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- CURRENT LANGUAGE
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- FRANÇAIS
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- VIỆT NAM
IsoPlane
The IsoPlane® is the best imaging spectrometer in its class. With a unique optical design, it completely eliminates astigmatism across the focal plane for su...
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- Total Control of Triple-Grating Turret Access up to 9 gratings using the triple grating turrets
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- High-Efficiency Optical Coatings Through the use of Acton #1900 enhanced-aluminium mirrors, the highest reflectivity can be achieved from 193 nm to mid-IR range
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- We used Princeton Instruments IsoPlane 160, which features aspherical optics that greatly reduces astigmatism and coma aberrations at all wavelengths across the entire focal plane
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- Jürgen Popp, Jena University, Germany Model Finder Product Aperture Ratio Focal Length Reciprocal Linear Dispersion Spectral Resolution [CCD] Status Compare IsoPlane 320A Advanced IsoPlane-320A f/4
SpectraPro HRS
The SpectraPro® HRS ensures high spectral resolution, as well as an astigmatism-corrected design for multichannel fiber applications.
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- New ResXtreme Spectral Deconvolution Technology ResXtreme improves spectral resolution and peak intensity of spectral lines by up to 60%, with an overall improvement in spectral uniformity of 60% at all CCD positions
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- In this example, spectral resolution improves from 0
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- 0934 nm to 0
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- 0615 nm after ResXtreme
TriVista
spectrometers are 3-stage spectrographs designed for demanding spectroscopy applications in material science, chemistry and life science.
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- High Spectral Resolution Reveal more details in your spectra by combining the diffractive power of 2 or all 3 spectrograph stages
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- TriVista gives you up to 3x higher resolution compared to a single stage spectrometer
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- 25meV) using single channel PMT or APD detectors
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- TriVista has 4 input and 4 signal ports that can accommodate CCDs, ICCDs, InGaAs, PMTs and many other detector options
Acton LS-785
The Acton LS 785 is a high-throughput, lens-based spectrograph a fast f/2 optical system with proprietary AR-coated lenses an ideal for NIR spectroscopy.
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- When combined with the PIXIS or PyLoN deep-depletion CCD detectors, the LS-785 delivers the highest possible throughput and performance
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- NIR Optimized Parameters The Acton LS-785 has an f/2 reflective optic with a working range between 750 – 1100 nm, ideal for NIR spectroscopy
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- Learn more about Lightfield Specifications Focal Length 85 mm Aperture Ratio f/2
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- 0 Spectral Resolution (CCD) 5cm-1 with 25 μm fiber Reciprocal Linear Dispersion 6
COSMOS
The COSMOS is the only large format, high performance CMOS camera designed and manufactured entirely within a single source. With LACera technology, the COSM...
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- COSMOS delivers deep-cooled, low-noise performance on a multi-megapixel scale with global shutter, 18-bit readout, and glow reduction technology
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- Unbeatable Sensitivity Due to back-illumination, the COSMOS achieves near-perfect light collection, achieving over 90% peak quantum efficiency
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- 7 e- read noise and 0
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- 05 e-/p/s dark current, the COSMOS is able to detect the weakest of signals
BLAZE
The BLAZE is the ideal camera for low-light spectroscopy detection, delivering extremely high sensitivity over the visible and NIR range.
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- 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 Watch Video This video is unavailable due to your cookie settings
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- High Sensitivity from Visible to NIR The BLAZE is equipped with HS sensors patented with eXcelon technology, offering the highest visible-NIR quantum efficiency, with >90% QE at 450nm, 98% QE at 900nm and 75% at 1000nm
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- High Speed Having a readout speed of up to 16 MHz and customizable sensors the BLAZE is the fastest spectroscopic CCD available
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- Deep Cooling Exceptional cooling capabilities with a multi-stage thermoelectric cooling system with custom-designed Peltier devices, the BLAZE can operate at temperatures of -95℃, 15℃ lower than that of competitors
NIRvana
The NIRvana camera family features state of the art sensitivity to measure ultra low fluorescence and emission signals in the short wave IR. With 85% QE, low...
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- The versatile scientific InGaAs cameras, deliver both high speed imaging with 100s of fps as well as ultra low dark noise for long exposures of extremely weak signals
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- The 20 μm pixels of the NIRvana ® family collect 80% more light than 15 μm pixel cameras, and 4 times as much light as 10 μm pixel cameras
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- Model Finder Product Dark Current FPS Read Noise Spectrum Status Compare NIRvana HS NIRvana HS 500 e⁻/p/s (@ -55°C) 250 fps <60 e⁻ SWIR In Production Request Info NIRvana LN NRL-640 10 e⁻/p/s (@ -190°C) 2
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 rate...
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- 5 and 15-micron pixels, and high frame rates with up to 4-port readout
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- The camera also 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
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- Family Highlights Dark current at -90℃ 0
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- 6 mm Deepest cooling temperature < -90℃ with liquid chiller or air Cooling method Thermoelectric air or liquid cooling Supported interfaces USB 3
PIXIS
cameras are fully integrated, low-noise cameras with deep cooling for quantitative scientific imaging and spectroscopy from UV-NIR. High-quantum efficiency a...
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- Broad Range Sensitivity The PIXIS offers the broadest wavelength coverage, from ~120 – 1100 nm, for the widest variety of applications
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- 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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- Unique Vacuum Technology The PIXIS offers deep cooling to -90℃ with air or liquid, providing ultra-low dark current for long exposure times
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- 0 mm 20 µm 99% 3 e⁻ 0
ProEM
Cart Cart Subtotal ( ): Continue to checkout Your order qualifies for free 2-day shipping and easy returns Shipping & Returns Policy Your cart is empty Visit...
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- 3 mm 13 µm 95% <0
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- 2 mm 16 µm 95% <0
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- 4 mm 16 µm 95% <0
PI-MTE3
Large format, fully in-vacuum CCD cameras w/ flexible detector orientation & proximity to sample. Back-illumination technology delivers >95% quantum efficien...
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- With back-illumination technology, the PI-MTE3 delivers >95% peak quantum efficiency over the ~10 eV to 30 keV energy range
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- Efficient liquid cooling offers low dark current, facilitating long exposure times, with the four-port readout architecture offering 7-10x higher frame rates than previous generation two-port cameras
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- Optimized Sensor Position The sensor within the PI-MTE3 is positioned at the base of the camera, allowing for direct detection of ultra-low incident angles, optimal for x-ray diffraction
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- The PI-MTE3 is also buttable, offering the advantage of a large sensor area while providing space for the removal of any primary beam
PyLoN
Pylon cameras are the top of the line solution spectroscopy featuring high sensitivity over a broad spectral range and lowest noise due to cryogenic cooling.
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- Cryogenic cooling delivers ultralow dark current ≤1 e⁻/pixel/hour
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- Broad range sensitivity The PyLoN offers the broadest wavelength coverage, from ~120 – 1100 nm, for the widest variety of applications
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- 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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- Cryogenic cooling Cooled to -120℃ the PyLoN delivers ultralow dark current, ~1 e-/p/hour, for exposure times of minutes to hours
PI-MAX 4
Intensified cameras for imaging ultrafast events down to >1 nanosecond and picosecond level time resolution.
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- PI-MAX 4 - Intensified cameras with sub nanosecond time resolution | Teledyne Vision Solutions Icon-ContactSales Grid View Exported from Streamline App (
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- High Gating Speed The PI MAX 4 delivers ultra-fast <500 psec gating without sacrificing quantum efficiency thanks to SuperHV – the latest in high-voltage gating technology
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- The PI MAX 4 is calibrated for true optical full width at half maximum, delivering high temporal resolution for effective background discrimination
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- Fast Frame Rates The PI MAX 4 achieves video frame rate at full resolution and >300 fps with reduced resolution and binning
KURO
is one of the first back-illuminated scientific CMOS cameras. Large pixel size, high sensitivity and fast frame rates make it optimal for applications such a...
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- High Speed, Low Read Noise With an extremely low 1
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- 3 e- (rms) read noise, the KURO is able to deliver high quality images with very low signal
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- Taking advantage of sCMOS architecture, the KURO 1200B delivers high frame rates of 82 fps (12 bits) or 41 fps (16 bits), with the KURO 2048B delivering 47 fps (12 bits) or 23 fps (16 bits)
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- Large Pixel Size Taking advantage of an 11 μm 2 pixel pitch the KURO sensor captures 2
Tescan VEGA™ SEM
With intuitive navigation, dependable beam performance, and flexible detector options, VEGA™ provides reliable, user-friendly SEM for routine analytical work.
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- TESCAN
- Model / series
- VEGA
- Instrument class
- Analytical SEM
- Electron source
- Tungsten filament
Tescan MIRA™ SEM
pairs a FEG Schottky source with integrated SEM imaging and live elemental analysis in a single Essence™ software window, simplifying the acquisition of morp...
- Brand
- TESCAN
- Model / series
- MIRA
- Instrument class
- Field emission SEM
- Primary workflow
- High-resolution SEM imaging and analysis
Tescan
MIRA XR™ accelerates data acquisition and processing with fully integrated Dual Essence™ EDS, Wide Field Optics™, and In-Flight™ Automation. It reduces time ...
- Brand
- TESCAN
- Model / series
- MIRA XR
- Instrument class
- Ultra-high resolution SEM
- Primary workflow
- High-resolution SEM imaging
Tescan CLARA™
Ultra-High Resolution SEM for Confident, Multimodal Imaging。Ultra-high-resolution SEM with BrightBeam™ optics for enhanced low-keV performance
- Brand
- TESCAN
- Model / series
- CLARA
- Instrument class
- Field emission SEM
- Primary workflow
- Analytical SEM imaging
Tescan MAGNA™
UHR SEM with TriLens™ immersion optics for the ultimate characterization of nanomaterials
- Brand
- TESCAN
- Model / series
- MAGNA
- Instrument class
- Ultra-high resolution SEM
- Primary workflow
- Advanced materials and semiconductor imaging
Tescan TIMA™
Enhance mineralogical SEM analysis with Tescan TIMA™, a system for routine characterization in exploration, geometallurgy, and mineral processing. Multi-EDS ...
- Brand
- TESCAN
- Model / series
- TIMA
- Instrument class
- Automated mineralogy SEM
- Primary workflow
- Mineral analysis and geoscience workflows
Tescan
Advanced FIB-SEM for Automated Sample Preparation, Nanoscale Characterization and Nanoprototyping
- Brand
- TESCAN
- Model / series
- AMBER 2
- Instrument class
- Plasma FIB-SEM
- Primary workflow
- Large-area and high-throughput FIB-SEM preparation and imaging
Tescan
The Most Universal FIB-SEM: High-Throughput 3D Characterization and Ga+-Free high Quality Sample Preparation in the single Plasma FIB-SEM Platform
- Brand
- TESCAN
- Model / series
- AMBER X 2
- Instrument class
- Plasma FIB-SEM
- Primary workflow
- FIB-SEM tomography, analysis and sample preparation
Tescan Solaris™ 2
Automated TEM Lamella Preparation for Consistent, High-Throughput Results
- Brand
- TESCAN
- Model / series
- SOLARIS 2
- Instrument class
- Ga FIB-SEM
- Primary workflow
- High-resolution FIB-SEM sample preparation and analysis
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