PRODUCT
SideWinder Series
Sidewinder Series (SW) spectrometer ,built with the InGaAs type sensor and high performance 32bits RISC controller in, is specially designed for long wavelengths range. The optical engine is very simple and optimized for the spectrometer. The optical bench is very rigid and stable for measurement system, especially SW series has outstanding stability of thermo-hygro variation, vibration and shock on resolution and wavelength shift performance. The compact size is very flexible for system integration.
- Specially designed for Near Infrared region covering from 900~1700nm.
- Standard unfold Czerny-Turner optical design. Compact size and convenient to carry for NIR measurement.
- High SNR, high sensitivity and high resolution.
- High gain mode & low gain mode for options. Sensitivity of high gain mode is at average 10 or 18 times higher than low gain mode.
- Enterance shutter can be built in as an option.
- OtO provides customized higher resolution SW2570 with different relective gratings. Experts are welcome to explore various applications with us.
SW Sensor Selection
Attribute | SW2520 | SW2560 | SW2570 |
---|---|---|---|
Sensor | 128 pixels | 256 pixels | 512 pixels |
Wavelength Range | 900~1700nm | 900~1700nm | 900~1700nm |
Resolution (Standard value, slight variation allowed) | 11nm | 6nm | 4nm |
Wavelength Accuracy (Single measurement) | <2nm (using 128-pixel sensor) | <1nm (using 256, 512-pixel sensors) | |
Integration Time | 100 μs ~ 15 s | ||
Signal-to-Noise Ratio (Single measurement) | High Gain Mode 2000 Low Gain Mode 4000 | High Gain Mode 2800 Low Gain Mode 5400 | High Gain Mode 2600 Low Gain Mode 4300 |
Dark Noise (Max) | High Gain Mode 14 Low Gain Mode 10 | High Gain Mode 14 Low Gain Mode 10 | High Gain Mode 14 Low Gain Mode 10 |
Dynamic Range (Single measurement) | High Gain Mode 6750 Low Gain Mode na | High Gain Mode 6000 Low Gain Mode 9300 | High Gain Mode 6000 Low Gain Mode 9300 |
Optical Information Parameters Real-time Computation | V | ||
Continuous High-speed Exposure | V |