Easy To Use Midwest Optical Systems Bn520-82 - Why Pay More? [ai3Wlr8I]

Narrow Green Bandpass Filters BN520-82

The Easy To Use Midwest Optical Systems Bn520-82 - Why Pay More? [ai3Wlr8I] Narrow Green Bandpass Filters are engineered to excel in applications requiring precise light control. Designed with a focus on superior performance, these filters offer a narrow bandwidth of 45-55nm Full Width at Half Maximum (FWHM), ensuring a guaranteed peak transmission of over 85%. Their robust construction and advanced StablEDGE® design make them ideal for environments with overwhelming ambient light, such as laser diode and LED-based applications.

• High Transmission: Achieves peak transmission of over 85%.
• StablEDGE® Design: Reduces angular dependency and minimizes short-shifting effects.

Technical Specifications

The BN520-82 Narrow Green Bandpass Filters are crafted with precision and feature double-side polished glass, ensuring exceptional parallelism and transmitted optical wavefront quality. Available in sizes up to 165mm sq., these filters cater to a wide range of applications. Their superior out-of-band blocking capability effectively prevents cross-talk, making them perfect for factory automation and fluorescence applications.

• Size: Up to 165mm sq.
• Optical Quality: Double-side polished glass for exceptional parallelism.

Applications and Benefits

The BN Series Narrow Bandwidth Filters, including the BN520-82, are highly sought after in various industries. They are widely used in factory automation applications where ambient light, such as sunlight, can be overwhelming, and in fluorescence applications to prevent cross-talk. These filters are also commonly employed in outdoor settings, such as security surveillance and license plate recognition, where they play a crucial role in maintaining image clarity and accuracy.

• Factory Automation: Effective in reducing ambient light interference in manufacturing environments.
• Fluorescence Applications: Blocks excitation illumination and ambient light to prevent cross-talk.