Highly Rated Midwest Optical Systems Bn535-37.5 Price Crushed By 60% [hWgnZEGQ]

Highly Rated Midwest Optical Systems Bn535-37.5 Price Crushed By 60% [hWgnZEGQ] Narrow Green Bandpass Filter

The Highly Rated Midwest Optical Systems Bn535-37.5 Price Crushed By 60% [hWgnZEGQ] Narrow Green Bandpass Filter is a cutting-edge optical component designed to enhance performance in various applications where narrow bandwidth filtering is essential. This filter stands out for its exceptional quality and precision, making it a preferred choice for industries that demand high-performance solutions.

Key Features and Specifications

The BN535-37.5 filter boasts a narrow bandwidth of 45-55nm FWHM, ensuring precise light control. Its guaranteed peak transmission of ?85% guarantees optimal performance, while the superior out-of-band blocking minimizes unwanted light interference. This filter is designed for use with laser diodes and LEDs, making it ideal for applications with overwhelming ambient light. The StablEDGE® design further reduces angular dependency and minimizes short-shifting effects, ensuring consistent performance.

• 45-55nm FWHM for precise bandwidth control
• Guaranteed peak transmission of ?85% for optimal performance

Applications and Benefits

The BN535-37.5 Narrow Green Bandpass Filters are highly versatile and find extensive use in factory automation applications, where overwhelming ambient light, such as sunlight, can be a challenge. They are also popular in fluorescence applications, where cross-talk prevention is crucial. Additionally, the NIR BN filters are commonly used in outdoor applications like security surveillance and license plate recognition, thanks to their ability to block excitation illumination and ambient light. With double-side polished glass for exceptional parallelism and transmitted optical wavefront, these filters are available in sizes up to 165mm sq., making them suitable for a wide range of applications.

• Factory automation and fluorescence applications
• Outdoor applications such as security surveillance