
Cooled Detector Fiber Optic Spectrometer with SMA905 Fiber Interface 200-1100nm Pixel Size 28.672*0.896mm
Contact Person : Phoebe Yu
Phone Number : 8618620854039
Whatsapp : +8618620854039
Minimum Order Quantity : | 1 | Price : | Negotiable |
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Packaging Details : | International Shipping Pakcage | Delivery Time : | 90-120 working days |
Payment Terms : | T/T, Western Union | Supply Ability : | 100PCS/90-120 days |
Place of Origin: | CHINA | Brand Name: | JINSP |
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Certification: | ISO9001 | Model Number: | SR100Q |
Document: | Product Brochure PDF |
Detail Information |
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Spectrual Range: | 200nm - 1100nm | Effective Pixels: | 1024*122 |
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Qutuam Efficiency: | QE92%peak@650nm, 83%@232nm | SNR: | 1000:1 |
Highlight: | Non Destructive Fiber Optic Spectrometer,1100nm Fiber Optic Spectrometer,TE Cooled Fiber Optic Spectrometer |
Product Description
Spectral Range | 200nm - 1100nm |
Effective pixels | 1024×122 |
Quantum Efficiency | QE92% peak @650nm, 83%@232nm |
SNR | 1000:1 |
The widespread use of thin films in high-tech industries requires advanced thickness assessment methods. Our photoelectric technology provides non-invasive, high-efficiency measurement protocols. By combining spectral analysis with machine learning, manufacturers achieve precise control over film properties, enabling product innovation.
The JINSP SR100Q spectrometer integrates the Hamamatsu S7031, a scientific-grade TE-cooled area array CCD chip. With a pixel size of 24×24μm and quantum efficiency up to 92%, it delivers high response in the ultraviolet band while improving sensitivity and SNR for weak signals. The advanced high-resolution optical path and low-noise, high-speed FPGA signal processing chip ensure excellent spectrum signals and reliable performance.
Detector Specifications | ||
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Detector | Chip Type | Back-illuminated TE-cooled Hamamatsu S7031 |
Effective Pixel | 1024×122 | |
Pixel Size | 24×24μm | |
Sensing Area | 24.576×2.928mm | |
Optical Parameters | ||
Optical Design | F/4 cross-type | |
Numerical Aperture | 0.13 | |
Focal Length | 100mm | |
Entrance Slit Width | 10μm, 25μm, 50μm, 100μm, 200μm (customizable) | |
Fiber Interface | SMA905, free space | |
Electrical Parameters | ||
Integration Time | 8ms-3600s | |
Data Output Interface | USB3.0, RS232, RS485, 20pin connector | |
ADC Bit Depth | 16-bit | |
Power Supply | 5V | |
Operating Current | <3.5A | |
Physical Parameters | ||
Operating Temperature | 10℃~40℃ | |
Storage Temperature | -20℃~60℃ | |
Operating Humidity | <90%RH (no condensation) | |
Dimensions | 180mm×120mm×50mm | |
Weight | 1.2kg |
Model | Spectral Range(nm) | Resolution(nm) | Slit(μm) |
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SR100Q-G21 | 200~950 | 6.8 | 200 |
SR100Q-G22 | 350~1100 | 2.2 | 50 |
SR100Q-G23 | 200~775 | 1.6 | 50 |
SR100Q-G24 | 350~925 | 1.0 | 25 |
SR100Q-G25 | 532~690(4400cm-1)* | 13cm-1 | 50 |
SR100Q-G26 | 638~800(3200cm-1)* | 10cm-1 | 25 |
SR100Q-G27 | 785~1050(3200cm-1)* | 11cm-1 | 50 |
*Models primarily designed for Raman applications, with corresponding Raman configurations.
Light transmitted via optical fiber reflects at the film's upper and lower surfaces, creating two phase-shifted beams. Their interference spectrum, recorded by the spectrometer, enables thickness calculation using the extremum method with θ, n, and peak/trough data. Thicker films increase fringe frequency, while longer wavelengths decrease it. Optimal measurement requires proper spectral range and resolution selection.
JINSP Company Limited ("JINSP") is a professional supplier with over 17 years of experience in spectral detection technology products, including Raman, FT-IR, and LIBS technologies. After 17 years of technological development, our core technologies have reached internationally leading levels, with over 200 cumulative patent applications.
Headquartered in Beijing, JINSP operates a manufacturing facility in Jiangsu Province, China. We maintain ISO9001:2015, ISO14001:2015, and ISO45001:2018 certifications, and can provide additional certifications including:
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