Cooled Area-Array Back-Illuminated Spectrometers NOVA-EVO
The NOVA-EVO cooled fiber spectrometer is a high-end instrument with excellent performance. Its new-generation electrical platform and upgraded optical platform combine high dynamic range with low stray light. It is especially suitable for weak-light detection requiring long exposure, such as fluorescence and Raman signal detection, and high-dynamic-range spectral measurements, such as ellipsometric film thickness measurement.
Save to Favorites
Overview
Specifications
| Parameter | Value |
|---|---|
| Spectral Model - Spacing | 0.56 nm |
| Spectral Model - Spacing | 0.38 nm |
| Spectral Model - Spacing | 0.37 nm |
| Spectral Model - Spacing | 0.35 nm |
| Spectral Model - Spacing | 0.18 nm |
| Spectral Model - Spacing | 0.14 nm |
| Spectral Model - Spacing | 0.78 nm |
| Spectral Model - Resolution [10μm Slit ; typical , Actually Permitted 20% Deviation ;FWHM] | 1.23 nm |
| Spectral Model - Resolution [10μm Slit ; typical , Actually Permitted 20% Deviation ;FWHM] | 0.84 nm |
| Spectral Model - Resolution [10μm Slit ; typical , Actually Permitted 20% Deviation ;FWHM] | 0.82 nm |
| Spectral Model - Resolution [10μm Slit ; typical , Actually Permitted 20% Deviation ;FWHM] | 0.78 nm |
| Spectral Model - Resolution [10μm Slit ; typical , Actually Permitted 20% Deviation ;FWHM] | 0.41 nm |
| Spectral Model - Resolution [10μm Slit ; typical , Actually Permitted 20% Deviation ;FWHM] | 0.3 nm |
| Spectral Model - Resolution [10μm Slit ; typical , Actually Permitted 20% Deviation ;FWHM] | 1.68 nm |
| Spectral Model - Resolution [25μm Slit ; typical , Actually Permitted 20% Deviation ;FWHM] | 1.45 nm |
| Spectral Model - Resolution [25μm Slit ; typical , Actually Permitted 20% Deviation ;FWHM] | 0.99 nm |
| Spectral Model - Resolution [25μm Slit ; typical , Actually Permitted 20% Deviation ;FWHM] | 0.97 nm |
| Spectral Model - Resolution [25μm Slit ; typical , Actually Permitted 20% Deviation ;FWHM] | 0.92 nm |
| Spectral Model - Resolution [25μm Slit ; typical , Actually Permitted 20% Deviation ;FWHM] | 0.48 nm |
| Spectral Model - Resolution [25μm Slit ; typical , Actually Permitted 20% Deviation ;FWHM] | 0.32 nm |
| Spectral Model - Resolution [25μm Slit ; typical , Actually Permitted 20% Deviation ;FWHM] | 1.98 nm |
| Spectral Model - Resolution [50μm Slit ; typical , Actually Permitted 20% Deviation ;FWHM] | 1.84 nm |
| Spectral Model - Resolution [50μm Slit ; typical , Actually Permitted 20% Deviation ;FWHM] | 1.26 nm |
| Spectral Model - Resolution [50μm Slit ; typical , Actually Permitted 20% Deviation ;FWHM] | 1.23 nm |
| Spectral Model - Resolution [50μm Slit ; typical , Actually Permitted 20% Deviation ;FWHM] | 1.16 nm |
| Spectral Model - Resolution [50μm Slit ; typical , Actually Permitted 20% Deviation ;FWHM] | 0.61 nm |
| Spectral Model - Resolution [50μm Slit ; typical , Actually Permitted 20% Deviation ;FWHM] | 0.48 nm |
| Spectral Model - Resolution [50μm Slit ; typical , Actually Permitted 20% Deviation ;FWHM] | 2.52 nm |
| Spectral Model - Resolution [100μm Slit ; typical , Actually Permitted 20% Deviation ;FWHM] | 2.62 nm |
| Spectral Model - Resolution [100μm Slit ; typical , Actually Permitted 20% Deviation ;FWHM] | 1.79 nm |
| Spectral Model - Resolution [100μm Slit ; typical , Actually Permitted 20% Deviation ;FWHM] | 1.74 nm |
| Spectral Model - Resolution [100μm Slit ; typical , Actually Permitted 20% Deviation ;FWHM] | 1.66 nm |
| Spectral Model - Resolution [100μm Slit ; typical , Actually Permitted 20% Deviation ;FWHM] | 0.87 nm |
| Spectral Model - Resolution [100μm Slit ; typical , Actually Permitted 20% Deviation ;FWHM] | 0.97 nm |
| Spectral Model - Resolution [100μm Slit ; typical , Actually Permitted 20% Deviation ;FWHM] | 3.58 nm |
| Spectral Model - Resolution [200μm Slit ; typical , Actually Permitted 20% Deviation ;FWHM] | 4.95 nm |
| Spectral Model - Resolution [200μm Slit ; typical , Actually Permitted 20% Deviation ;FWHM] | 3.39 nm |
| Spectral Model - Resolution [200μm Slit ; typical , Actually Permitted 20% Deviation ;FWHM] | 3.30 nm |
| Spectral Model - Resolution [200μm Slit ; typical , Actually Permitted 20% Deviation ;FWHM] | 3.13 nm |
| Spectral Model - Resolution [200μm Slit ; typical , Actually Permitted 20% Deviation ;FWHM] | 1.65 nm |
| Spectral Model - Resolution [200μm Slit ; typical , Actually Permitted 20% Deviation ;FWHM] | 1.7 nm |
| Spectral Model - Resolution [200μm Slit ; typical , Actually Permitted 20% Deviation ;FWHM] | 6.78 nm |
| Spectral Performance - Detection Range [Depends on the grating] | 200~1100nm，具体视光栅而定 |
| Spectral Performance - Wavelength Resolution [Based on a 1200-line grating] | As fine as 0.18nm, based on a 1200-line grating; see Technical Parameters for details |
| Spectral Performance - Optical Resolution [Based on a 1200-line grating and a 10μm slit] | Up to 0.41nm (FWHM), based on a 1200-line grating and a 10μm slit; see Technical Specifications for details |
| Spectral Performance - Detector | Hamamatsu, 1024×58 pixels, cooled back-illuminated area-array CCD, peak quantum efficiency 90% |
| Spectral Performance - Higher-Order Diffraction Elimination | 3 front and 4 rear filter options to eliminate ghost lines in the spectrum |
| Spectral Performance - Optical Bench | Focal length 100mm, f-number 4.5, crossed C-T optical path |
| Spectral Performance - Integration Time | 4ms ~ 60min |
| Spectral Performance - Dynamic Range | 85,000:1 |
| Spectral Performance - Signal-to-Noise Ratio [At saturation] | 1,000:1, at saturation |
| Spectral Performance - Stray Light [600nm（ typical ）] | ≤0.1% @ 600nm（ typical ） |
| Spectral Performance - Corrected Linearity | ≥99.9% |
| External Interfaces - Fiber Interface | SMA905， Supports FC/PC Custom |
| External Interfaces - Data Transmission | USB / Ethernet |
| External Interfaces - Expansion Function Port | DB15, supporting trigger input/output, GPIO and other functions |
| External Interfaces - External Trigger | DB15 interface, supporting 9 trigger modes |
| Other - Dimensions | 182 × 110 × 51mm³ (dimensions exclude interfaces; foot pads are 3mm high) |
| Other - Weight | 1.35kg |
| Other - A/D Bit Depth | 18-bit |
| Other - Power Consumption | 24V DC, 15W max. |
| Other-Cooling Range | Single-stage on-chip TEC cooling |
Applications
Key Features
Datasheet
Supplier Information
Related Products
-
ARCoptix FT-MIR Rocket Fourier Transform Infrared Spectrometer FTMIR-L1-060-4TE
Spectrometers
Uniqueray
Beamsplitter Materials: CaF2 Measuring spectroscopy ranges （ Waves cm-1）: 5000～1660 Measuring spectroscopy ranges （ Wavelength μm）: 2～6
Switzerland ARCoptix Company production FT-IR“Rocket” Compact Fourier Transform Infrared Spectrometer （ Medium Infrared Spectrometer ） It's strong. 、 Small 、 Light and high performance properties 。FT-IR“Rocket” Available Optical Fiber Connection （ Here. Optical Fiber Inspect on-line in situ testing ）， or free space measurements 。 Because of the use of photovoltaics Semiconductor Refrigeration MCT Mercury oxide detector ，FT-IR“Rocket” It provides high resolution and sensitivity. ， Inline permanent alignment Interferometer and solid reference Laser Ensure high performance at each scan 。 The system is in Wavelength And it's very stable on the scale of the signal. ， is Ideal tools for high-recurrence chemical measurements analysis 。 The system is also... is An optical spectrum analyser (OSA)， Available for measurement Infrared Laser ，LED Spectra information for the same light source 。
-
ARCoptix FT-MIR Rocket Fourier Transform Infrared Spectrometer FTMIR-L1-085-4TE
Spectrometers
Uniqueray
Beamsplitter Materials: CaF2 Measuring spectroscopy ranges （ Waves cm-1）: 6600～1200 Measuring spectroscopy ranges （ Wavelength μm）: 1.5～8.5
Switzerland ARCoptix Company production FT-IR“Rocket” Compact Fourier Transform Infrared Spectrometer （ Medium Infrared Spectrometer ） It's strong. 、 Small 、 Light and high performance properties 。FT-IR“Rocket” Available Optical Fiber Connection （ Here. Optical Fiber Inspect on-line in situ testing ）， or free space measurements 。 Because of the use of photovoltaics Semiconductor Refrigeration MCT Mercury oxide detector ，FT-IR“Rocket” It provides high resolution and sensitivity. ， Inline permanent alignment Interferometer and solid reference Laser Ensure high performance at each scan 。 The system is in Wavelength And it's very stable on the scale of the signal. ， is Ideal tools for high-recurrence chemical measurements analysis 。 The system is also... is An optical spectrum analyser (OSA)， Available for measurement Infrared Laser ，LED Spectra information for the same light source 。
-
ARCoptix FT-MIR Rocket Fourier Transform Infrared Spectrometer FTMIR-L1-120-4TE
Spectrometers
Uniqueray
Beamsplitter Materials: ZnSe Measuring spectroscopy ranges （ Waves cm-1）: 5000～830 Measuring spectroscopy ranges （ Wavelength μm）: 2～12
Switzerland ARCoptix Company production FT-IR“Rocket” Compact Fourier Transform Infrared Spectrometer （ Medium Infrared Spectrometer ） It's strong. 、 Small 、 Light and high performance properties 。FT-IR“Rocket” Available Optical Fiber Connection （ Here. Optical Fiber Inspect on-line in situ testing ）， or free space measurements 。 Because of the use of photovoltaics Semiconductor Refrigeration MCT Mercury oxide detector ，FT-IR“Rocket” It provides high resolution and sensitivity. ， Inline permanent alignment Interferometer and solid reference Laser Ensure high performance at each scan 。 The system is in Wavelength And it's very stable on the scale of the signal. ， is Ideal tools for high-recurrence chemical measurements analysis 。 The system is also... is An optical spectrum analyser (OSA)， Available for measurement Infrared Laser ，LED Spectra information for the same light source 。
-
ARCoptix FT-MIR Rocket Fourier Transform Infrared Spectrometer FTMIR-L1-160- LN2
Spectrometers
Uniqueray
Beamsplitter Materials: ZnSe Measuring spectroscopy ranges （ Waves cm-1）: 5000～650 Measuring spectroscopy ranges （ Wavelength μm）: 2～16
Switzerland ARCoptix Company production FT-IR“Rocket” Compact Fourier Transform Infrared Spectrometer （ Medium Infrared Spectrometer ） It's strong. 、 Small 、 Light and high performance properties 。FT-IR“Rocket” Available Optical Fiber Connection （ Here. Optical Fiber Inspect on-line in situ testing ）， or free space measurements 。 Because of the use of photovoltaics Semiconductor Refrigeration MCT Mercury oxide detector ，FT-IR“Rocket” It provides high resolution and sensitivity. ， Inline permanent alignment Interferometer and solid reference Laser Ensure high performance at each scan 。 The system is in Wavelength And it's very stable on the scale of the signal. ， is Ideal tools for high-recurrence chemical measurements analysis 。 The system is also... is An optical spectrum analyser (OSA)， Available for measurement Infrared Laser ，LED Spectra information for the same light source 。
-
ARCoptix FT-MIR Rocket Fourier Transform Infrared Spectrometer FTMIR-L1-160- DLA
Spectrometers
Uniqueray
Beamsplitter Materials: ZnSe Measuring spectroscopy ranges （ Waves cm-1）: 5000～650 Measuring spectroscopy ranges （ Wavelength μm）: 2～16
Switzerland ARCoptix Company production FT-IR“Rocket” Compact Fourier Transform Infrared Spectrometer （ Medium Infrared Spectrometer ） It's strong. 、 Small 、 Light and high performance properties 。FT-IR“Rocket” Available Optical Fiber Connection （ Here. Optical Fiber Inspect on-line in situ testing ）， or free space measurements 。 Because of the use of photovoltaics Semiconductor Refrigeration MCT Mercury oxide detector ，FT-IR“Rocket” It provides high resolution and sensitivity. ， Inline permanent alignment Interferometer and solid reference Laser Ensure high performance at each scan 。 The system is in Wavelength And it's very stable on the scale of the signal. ， is Ideal tools for high-recurrence chemical measurements analysis 。 The system is also... is An optical spectrum analyser (OSA)， Available for measurement Infrared Laser ，LED Spectra information for the same light source 。
Related Articles
Driven by the continuous pursuit of higher precision and efficiency in optical communication and optoelectronic device manufacturing, OLCR-1000 Low-Coherence Interferometer, independently developed by Wuhan Guanggu Interconnect Technology Co., Ltd., provides an innovative technical solution for distributed return loss testing of optical fibers and optoelectronic devices.
icrolight is a high-tech enterprise specializing in the R&D, manufacturing and sales of active and passive photonic devices for microwave photonics, LiDAR ranging, gas sensing, fiber optics and photomedicine.
BEIJING JIEPU TREND supplies YAG+Er:YAG+YAG bonded composite slab laser crystals for high‑power solid‑state laser systems. The monolithic slab consists of two undoped YAG end‑cap layers and a central Er‑doped YAG gain segment. The overall dimension is 9 mm×9 mm×9 mm.
Shanghai Connet Laser Technology Co., Ltd. focuses on technological innovation, delivering cutting-edge photonic products & solutions for industrial lasers, LiDAR, fiber optic sensing, coherent telecom, cold atom physics and precision spectroscopy research & mass manufacturing.
Loading...
Name
Phone
Organization
Use Case
Database Platform