Ocean FX Spectrometer OCEAN-FX-UV-VIS
The new FX series uses a CMOS detector to acquire 4500 spectra per second. Its communication module integrates Ethernet and WiFi. The new spectrometer offers greater sensitivity in the UV-VIS range, with faster analysis for improved performance in food classification, sorting and processing, biosciences and other industries.
Specification Snapshot
Spectral Range
200 - 850nm
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Overview
The new FX series uses a CMOS detector to acquire 4500 spectra per second. Its communication module integrates Ethernet and WiFi. The new spectrometer offers greater sensitivity in the UV-VIS range, with faster analysis for improved performance in food classification, sorting and processing, biosciences and other industries.
Specifications
| Parameter | Value |
|---|---|
| Spectral Range | 200 - 850nm |
| Grating | 1 |
| Resolution | 1.638 |
| Optical filter | Y |
| Description | SLIT 25 |
| Spectrometer design | Symmetric Crossed Czerny–Turner |
| Series optical resolution [Configuration dependent; FWHM] | ~0.19-9.73nm FWHM (Depending on Configuration) |
| Series spectral range [Shared technical table for the series; configuration-specific values are listed separately] | 200 –1025nm |
| Dynamic range (single scan) [Single scan] | 5000:1 |
| Wavelength Thermal Stability | 0.11 px/C |
| Integration Time | 10μs-10s |
| A/D Resolution | 16 bit |
| Input/Output | 8 User-Programmable GPIO |
| Trigger mode | 4 Types |
| Detector Type | CMOS |
| Fiber Interface | SMA905 |
| Slit [25μm Standard, Replaceable] | Standard 25μm Interchangeable Slit |
| Onboard Averaging | Up to 5000 spectra |
| Onboard Buffer | 50,000 Spectra |
| Detector Cylindrical Lens | Optional |
| F-number (configuration dependent) [Configuration dependent] | f/4 |
| Stray Light | 1.9 AU |
| Number of Pixels (Effective) | 2048 |
| Scan rate (unbuffered) [Unbuffered] | 4500 Hz |
| Signal-to-noise ratio (single scan @10ms) [Single scan @10ms; @10ms)] | 290:1 |
| Linearity correction (10-90%) [10—90%] | 99.7% |
| Operating Temperature Range | 0-50 °C |
| Storage Temperature Range | -30-70 °C |
| Humidity (non-condensing) [Non-Condensing] | < 85% |
| Scan Rate [Depends on Computer Hardware Performance, Operating System and Other Factors] | 4500 Scans/Second (Depending on Many Factors Including Computer Hardware Performance and Operating System) |
| Communication Mode | Wired: Ethernet; USB; RS-232 Wireless: Wi-fi 802.11 a/b/g/n |
| Connection Interface | USB; 40 pin JAE DD4 connector; Gigabit Ethernet |
| Standards and Certifications | CE、CISPR 11:2010、EMC 2004/108/EC、EN61326-1:2013、FCC、RoHS |
Applications
High-intensity plasma monitoring; scintillation signal measurement; materials analysis; testing and quality control in production environments.
Key Features
Spectrometer design: symmetrical crossed Czerny-Turner. Optical resolution: ~0.19-9.73nm FWHM (configuration dependent). Spectral range: 200–1025nm. Dynamic range (single scan): 5000:1. Wavelength thermal stability: 0.11 px/C. Integration time: 10μs-10s. A/D resolution: 16 bit. Input/output: 8 user-programmable GPIO. Trigger modes: 4. Detector type: CMOS. Fiber interface: SMA905. Slit: standard 25μm interchangeable slit. Onboard averaging: up to 5000 spectra. Onboard buffer: 50,000 spectra. Detector cylindrical lens: optional. F-number (configuration dependent): f/4. Stray light: 1.9 AU. Effective pixels: 2048. Scan rate (unbuffered): 4500 Hz. Signal-to-noise ratio (single scan @10ms): 290:1. Dark noise (@minimum integration time): counts. Linearity correction (10-90%): 99.7%. Operating temperature: 0-50 °C. Storage temperature: -30-70 °C. Humidity (noncondensing): <85%. Scan rate: 4500 scans/second (dependent on many factors, including computer hardware performance and operating system). Communication: wired: Ethernet; USB; RS-232. Wireless: Wi-fi 802.11 a/b/g/n. Interfaces: USB; 40 pin JAE DD4 connector; Gigabit Ethernet. Standards and certifications: CE, CISPR 11:2010, EMC 2004/108/EC, EN61326-1:2013, FCC, RoHS. Suitable applications: high-intensity plasma monitoring; scintillation measurement; materials analysis; testing and quality control in production environments.
Datasheet
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Supplier Information
Beijing Opute Technology Co., Ltd., founded in 1998, is an innovative technology company specializing in the promotion, R&D, production, and sales of optical technologies and products. Headquartered in Zhongguancun Electronic Science and Technology Park, Beijing, with branches nationwide, the company focuses on the design, development, and processing of optomechanical components, optical lenses, and optical systems, as well as the sales of precision optical instruments and the development of spectral imaging systems. With solid R&D capabilities and strong production and testing technologies, it has been certified as a High-Tech Enterprise. Adhering to the culture of 'Thinking Further Shining Future,' Opute provides high-quality products and services to meet customer application needs, striving to become a professional optomechanical component and optical instrument system integrator in China.
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