Specifications

Central Wavelength: 940 nm
Bandwidth (FWHM): 20 nm
Peak Transmittance: 90 %
Type: Thin film filter
Thickness: 0.8 mm or custom
Transmission: 90%
CWL: 940 nm
FWHM: 20 nm or custom
Surface Quality: 60/40
Wavelength: 350-1100 nm
Blocking: OD2-OD6
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Features


  • High-Performance Bandpass Filter: The 940nm Optical Bandpass Filter (BP940nm) filter is designed to isolate a specific band of wavelengths, providing high transmission and excellent rejection of spectral energy on both sides of the band.

  • Customizable Specifications: Product size, shape, thickness, and full width at half maximum (FWHM) can be customized to meet specific requirements.

  • High Transmission Rate: 940nm Optical Bandpass Filter offers a transmission rate of 90%, ensuring efficient performance in optical instruments.

  • Wide Wavelength Range: BP940nm operates effectively within a wavelength range of 350-1100nm, suitable for various optical applications.

  • Excellent Blocking Capabilities: 940nm Optical Bandpass Filter provides blocking capabilities ranging from OD2 to OD6, ensuring minimal interference from unwanted wavelengths.

  • Custom Shapes Available: This optical bandpass filter can be manufactured in custom shapes to fit unique optical setups.

  • Thin Film Filter Type: Features a thin film design with a standard thickness of 0.8mm, customizable as needed.

  • Surface Quality: Maintains a surface quality of 60/40, ensuring optimal performance and durability.

  • OEM and ODM Support: Offers original equipment manufacturer (OEM) and original design manufacturer (ODM) support for tailored solutions.

  • Sample Offered: Samples are available for testing and evaluation purposes.

  • Manufactured by Experts: Produced by Shandong Yanggu Constant Crystal Optics, Inc., a company specializing in optical glass components since 2006.

Applications


  • Optical Instruments: 940nm Optical Bandpass Filter is ideal for use in various optical instruments where precise wavelength isolation is necessary.

  • Medical Imaging: Enhances imaging quality by filtering specific wavelengths, improving clarity and contrast.

  • Laser Applications: Suitable for laser systems requiring specific wavelength filtering for enhanced performance and safety.

  • Photography and Cinematography: Used in cameras and filming equipment to achieve specific visual effects by isolating certain wavelengths.

  • Scientific Research: Essential for experiments and research requiring precise wavelength isolation, such as spectroscopy.

  • Telecommunications: Utilized in fiber optics and other communication technologies to manage signal wavelengths effectively.

  • Environmental Monitoring: Used in sensors and monitoring devices to detect specific wavelengths related to environmental parameters.

  • Astronomy: 940nm Optical Bandpass Filter helps in isolating specific wavelengths from celestial bodies for detailed study and observation.