Complete Midwest Optical Systems Lp920-82 Best Choice [np7bE81B]
Complete Midwest Optical Systems Lp920-82 Best Choice [np7bE81B] VIS Block FilterThe Complete Midwest Optical Systems Lp920-82 Best Choice [np7bE81B] VIS Block Short-Wave Infrared Longpass M82 Longpass Filters are designed for precision and performance. These filters are engineered to be a "sharp-cut" solution, e
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Complete Midwest Optical Systems Lp920-82 Best Choice [np7bE81B] VIS Block Filter
The Complete Midwest Optical Systems Lp920-82 Best Choice [np7bE81B] VIS Block Short-Wave Infrared Longpass M82 Longpass Filters are designed for precision and performance. These filters are engineered to be a "sharp-cut" solution, ensuring that only a broad spectrum of longer wavelength light passes through while effectively blocking shorter wavelengths. This feature makes them invaluable for a range of applications, from scientific research to photography and astronomy.- Double-side polished glass for exceptional parallelism and optical flatness
- Passes a broad spectrum of longer wavelength light while blocking shorter wavelengths
Product Properties and Specifications
The LP920-82 Longpass Filters are crafted with meticulous attention to detail. Each filter features double-side polished glass, which guarantees the highest level of optical performance and consistency. This design ensures that the filters maintain exceptional parallelism and optical flatness, making them ideal for critical applications where precision is paramount. Key specifications include:- Wavelength Range: 780-920nm
- Transmission: Greater than 98% at peak
- Optical Flatness: λ/10 at 632.8nm
Practical Uses and Benefits
The Complete Midwest Optical Systems Lp920-82 Best Choice [np7bE81B] Longpass Filters are versatile and offer numerous practical benefits. They are commonly used in fluorescence applications to block excitation light sources or to pass multiple emission wavelengths, significantly improving the signal-to-noise ratio. This feature makes them indispensable in scientific research, where precise measurements and clear observations are crucial.- Enhanced Signal-to-Noise Ratio: Ideal for fluorescence applications
- Applications: Photography, astronomy, and scientific research
What Our Customers Say
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