Description
High-Resolution Optical Spectrometer by OZ Optics is a cost-effective and high-end spectrometer designed for various applications. It features a wide spectral range, exceptional sensitivity, high signal-to-noise ratio (SNR), and excellent spectral resolution. The spectrometer is compact, rugged, and can be integrated into existing systems or used as a standalone unit with a built-in touchscreen.
It offers flexible operating options and can be remotely controlled via a USB port using an intuitive graphical user interface (GUI). Customized optical inputs, including fiber focusers or collimators, and wave division multiplexors, enable both fiber delivery applications and free-space scanning.
High-Resolution Optical Spectrometer
Specifications
| Wavelength Range (reflectance): | 190 – 850 nm |
|---|---|
| Resolution: | 1 nm |
| Minimum Scan Time: | Not Specified |
| Integration Time: | 4 milliseconds to 10 seconds |
| Dark Noise: | < 25 counts at 4 milliseconds exposure |
| Input Fiber Connector [1]: | SMA-905 |
| Signal To Noise Ratio: | > 300:1 |
| Detector (CCD): | Toshiba TCD1304DG |
| Pixels: | 3648 |
| Entrance Slit: | 20 µm |
| Numerical Aperture: | 0.25 |
| Optical Resolution: | 1 nm FWHM |
| Stray Light: | < 1 % |
| Operating Temperature Range [2] (Non-condensing): | 10-45 °C |
| Dimensions: | 90 x 60 x 18.8 mm |
| Weight: | 145 g |
| Electrical Connector: | 16 pin 1 mm pitch FFC |
| Inputs/Outputs: | SPI with 2 chip selects, accumulator reset, device reset, and external trigger |
| Trigger Modes: | Internal or external source, single, multiple accumulate, multiple average |
| Power Consumption: | 3.3 V 60 mA |
| Enhanced Sensitivity Lens: | D-Lens on CCD |
Features
- Handheld and rugged design
- Wide spectral range with high spectral resolution
- Transmission grating provides exceptional signal throughput and high SNR
- Built-in filter to suppress grating second-order noise
- Low cost with flexible operating options
Applications
- Full spectrum analysis
- Quality control for the food industry
- Chemical identification
- Recent applications ranging from smart farming to pharmaceutical tests
Frequently Asked Questions
What are the key features of the High-Resolution Optical Spectrometer?
Can the High-Resolution Optical Spectrometer be integrated into existing systems?
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What are the specifications of the High-Resolution Optical Spectrometer?
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