
( Brand: Andover ), ( Manufacturer Part Number: 680FS10-50 ), ( Part Type: Filter Laser ), ( Country/region Of Manufacture: United States )
The 680fs10-50 50 680nm Bandpass Filter with Overlap Laser Optical Interference (AVLIS) is a high-performance optical filter designed for precise wavelength selection in the 680nm spectrum. This filter is an essential component for various applications that require accurate and efficient light management, particularly in the field of laser technology.
Crafted with meticulous precision, this bandpass filter allows only light within the specified wavelength range of 680nm to pass through, effectively blocking out any unwanted light spectrum. The 'fs10' and '50' in the product code denote the full width at half maximum (FWHM) and the bandpass filter's transmission percentage, respectively. In this case, the FWHM is 10nm, and the transmission percentage is 50%, indicating a narrow and efficient wavelength selection.
The Overlap Laser Optical Interference (AVLIS) technology used in this filter ensures superior flatness, low wavefront error, and high uniformity across the filter surface. This technology also enhances the filter's stability over time, making it suitable for applications that demand consistent performance.
Ideal for use in laser applications, the 680fs10-50 50 680nm Bandpass Filter with Overlap Laser Optical Interference (AVLIS) offers excellent optical properties, including high transmittance, low absorption, and minimal scattering. Its compact size and robust construction make it a versatile choice for integration into various optical systems.
In summary, the 680fs10-50 50 680nm Bandpass Filter with Overlap Laser Optical Interference (AVLIS) is a top-tier optical filter, offering a narrow, high-transmission wavelength bandpass suitable for precise wavelength selection in the 680nm spectrum. Its advanced technology ensures stability, flatness, and uniformity, making it an ideal choice for demanding laser applications.
**Product:** (680fs10-50 50 680nm bandpass filter and over laser optical interference AVLIS)
**Pros:**1. Bandpass Filter: This filter is designed to allow only light within the specified wavelength range (680nm) to pass through, reducing unwanted light interference. This can be beneficial for specific applications where precise wavelength selection is required.
2. High Transmission Efficiency: The AVLIS technology used in this filter ensures high transmission efficiency, allowing more light to pass through compared to traditional filters.
3. Narrow Bandwidth: The filter has a relatively narrow bandwidth, which means it will pass a narrow range of wavelengths, further reducing unwanted light interference.
4. Suitable for Laser Applications: The filter is specifically designed for laser applications, making it a good choice for those working in the field of optics and photonics.
**Cons:**1. Specific Wavelength Range: The filter is only designed to pass light within the 680nm wavelength range. If your application requires a different wavelength, this filter may not be suitable.
2. Cost: High-quality bandpass filters like this one can be quite expensive, which may not be feasible for those on a tight budget.
3. Requires Proper Handling: Laser filters need to be handled with care to avoid damage, which could lead to reduced performance or even safety issues.
4. May Require Additional Components: Depending on your specific application, you may need additional components (such as mounts or lens systems) to effectively use this filter.
**Ending Conclusion:**The (680fs10-50 50 680nm bandpass filter and over laser optical interference AVLIS) is a high-quality filter suitable for laser applications that require precise wavelength selection. Its high transmission efficiency and narrow bandwidth make it a valuable tool for many optical and photonic applications. However, its specific wavelength range, cost, need for proper handling, and potential need for additional components are important factors to consider before making a purchase.
**Recommendation:**If you are working in a field that requires precise wavelength selection for laser applications and can afford the cost, this filter could be a valuable addition to your equipment. However, it's important to thoroughly research your specific application requirements and consider any additional costs and technical considerations before making a purchase. If the 680nm wavelength is not suitable for your application, you may want to consider filters with different wavelength ranges.
Specs wave length : shipping within USA mommy refractive index: 25 mm thickness: armband width : 10.
From x-ray to fir size: 50.
Excellent condition, no signs of hazing, prob because it has been well-stored : 55 blocking: 1x10-4 avg.
05 filter type: 3 cavity, square top and steep sides manufactures link. Nm a made by Andover corp.