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Taiwan, China Ultramicro Optics Co., Ltd
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Rattlesnake No. 6 256 Fiber Spectrometer

NegotiableUpdate on 05/06
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Overview

The Sidewinder No. 6 256 fiber optic spectrometer is used to detect near-infrared spectra, with a wide spectral range of Z that can cover 900nm~1700nm. Using linear InGaAs sensors and high-performance 32bits RISC microcontrollers, equipped with our company's * dynamic thermal balance optical platform and unique software based stray light calculation technology, we provide highly accurate, fast, and stable performance, while enjoying exquisite space and economical price.

Product Details

The near-infrared spectrometer - Sidewinder 6 is specially designed for detecting near-infrared spectra, with a spectral range of up to 900nm~1700nm. Using a linear InGaAs sensor and a high-performance 32bits RISC microcontroller, it has the characteristics of high sensitivity, high signal-to-noise ratio (6000/2800), high dynamic range (7200/5000), and optical resolution (2-8nm), and is lightweight, only 110 (length) x 86 (width) x 32.4 (height) mm, achieving an instant experience of obtaining near-infrared full spectrum, suitable for applications in food, pharmaceutical, and biochemical detection.

The near-infrared spectrometer - Sidewinder 6 is equipped with multiple advanced technologies from our company, including the Dynamic Thermal Equilibrium Platform, which has excellent temperature and humidity stability (only 0.027nm/℃); The Stray Light Calibration Algorithm, a unique software for eliminating stray light, can reduce stray light from 0.15% to 0.01%; Large capacity onboard temporary storage space, capable of storing 4000 spectra; Built in ARM9 CPU, capable of real-time calculation of all light information and color parameters. Provide customers with highly precise, fast, and stable performance, while enjoying exquisite space and economical prices.

Rattlesnake No. 6 256 Fiber SpectrometerDevice characteristics:

1Specially designed for near-infrared spectroscopy, with a maximum spectral range of 900-1700nm

2Linear InGaAs Sensor with Line Array

3Instant acquisition of full spectrum, non time-division imaging

4High signal-to-noise ratio, high sensitivity, ultra-high resolution, low stray light (stray light ratio can reach 0.01%)

5Selection of Food, Pharmaceutical, and Biochemical Testing Applications

6Lightweight in size, only 110 (length) x 86 (width) x 32.4 (height) mm

7Excellent "temperature and humidity" and "shock" stability

8Optional 'Continuous High Speed Exposure' mode

9Free Spectrum Processing Software (SpectraSmart), providing you with user experience, technology, and support

10. High gain or low gain modes can be selected, with high gain having an average sensitivity of about 18 times lower than low gain

Rattlesnake No. 6 256 Fiber SpectrometerPerformance (SW2530)

project specification
optical design Unfolded Czerny-Turner
frequency range 950~1700 nm
900~1650 nm
model SW2520 SW2560 SW2540
InGaAs sensor
pixels
128 256 512
Optical resolution (nm)
FWHM
8~14 4~8 2~5
Wavelength accuracy <2 nm (using a 128 pixel sensor)
<1 nm (using a 256pixel sensor)
stray light <0.15%
signal-to-noise ratio high gain Low gain
2800 6000
dynamic range 5000 7200
Entrance slit width 10, 25, 50, 100, 200 um
integration time 50 μs ~ 15 sec
Real time calculation of optical information parameters V
UART V
High speed continuous exposure V

Product Specifications

project specification
CPU ARM9 32bit 200MHz
RAM 64 MByte
Flash 8 Mbyte
A/D converter 15MHZ, 16bit
transmission interface USB 2.0
power supply 300mA @ 5V
boot time <4 sec
size 110 (length) x 86 (width) x 32.4 (height) mm
weight 360 g

Oto * Dual Spectrometer System: Wide Full Spectrum (UV to Near Infrared) Solution

Customers can choose two spectrometers with measurement bands of 180-1100 nm and 950-1700 nm, respectively. Combined with OtO's customized dual spectrometer system, they can easily have a band range of 180-1700 nm and high optical resolution, breaking the limitations of single spectrometer measurement and suitable for measurement applications that require UV to near-infrared band range, such as ellipsometers.

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