JINSP Company Ltd.
                                                                                                           
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9 Years
Since 2017
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TE-Cooled CCD Chip Fiber Optic Spectrometer for Non-Destructive Film Thickness Measurement Spectrual Range 200nm 1100nm

Price Negotiable
Price: Negotiable
MOQ: 1
Delivery Time: 90-120 working days
Brand: JINSP
Product Description
TE-Cooled CCD Chip Fiber Optic Spectrometer for Non-Destructive Film Thickness Measurement Spectral Range 200nm-1100nm
Key Specifications
Spectral Range 200nm - 1100nm
Effective pixels 1024×122
Quantum Efficiency QE92% peak @650nm, 83%@232nm
SNR 1000:1
92% High Quantum Efficiency Spectrometer for Film Thickness Measurement

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.

Product Overview

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.

Detailed Technical Specifications
Detector Specifications
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
Product Model Variations
Model Spectral Range(nm) Resolution(nm) Slit(μm)
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.

Technical Advantages
  • High quantum efficiency: 92% peak @650nm, 83%@232nm
  • High SNR: Ultra-low dark noise under long integration time, SNR up to 1000:1
  • Noise-free processing of weak signals during long exposure with strong environmental adaptation
  • Low-noise, high-speed circuit with USB3.0 interface
Measurement Methodology

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.

Spectrometer measurement methodology diagram showing light path and interference pattern
Typical Applications
  • Absorption, transmittance and reflection spectrum detection
  • Light source and laser wavelength characterization
  • OEM product modules: Fluorescence spectrum, Raman spectrum, etc.
Spectrometer in laboratory setup measuring thin film samples Close-up of spectrometer optical components and fiber interface Spectrometer measurement results showing spectral analysis graphs
About JINSP Company

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:

  • Ministry of Public Security or National Institute of Metrology certification
  • Environmental Level Certification
  • IP Level Certification
  • CE Certification
  • Transport Identification Report
  • EU ECAC certification
  • German ICT Security Testing
JINSP company facility showing manufacturing area JINSP quality control team inspecting spectrometer components JINSP research and development laboratory with technicians
Frequently Asked Questions
Q1: This is my first time using this product. Is it easy to operate?
A1: We provide an English manual and instructional video to guide you through spectrometer operation. Our technicians also offer professional technical support sessions.
Q2: Do you offer operation training?
A2: Your technicians can receive training at our factory, or JINSP engineers can provide on-site support including installation, training, debugging, and maintenance.
Q3: What's your website?
A3: Visit us at: www.jinsptech.com
Q4: What about your quality assurance?
A4: Our quality inspection team thoroughly checks all goods before shipment. We can provide inspection photos upon request.

Get in Touch

Have questions about our products or want to discuss a custom order? Our team is ready to help you.

Company JINSP Company Ltd.
Location 21st Floor, Building D, Tsinghua Tongfang Science and Technology Plaza, Haidian District, Beijing China
Contact Person Phoebe Yu

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