Mind-blowing Midwest Optical Systems Bi905-37 New Style [WFSMwUzf]

Mind-blowing Midwest Optical Systems Bi905-37 New Style [WFSMwUzf] Near-IR Interference Bandpass Filter

The Mind-blowing Midwest Optical Systems Bi905-37 New Style [WFSMwUzf] is a cutting-edge Near-IR Interference Bandpass Filter designed for precision wavelength separation and optimal performance in life science and laser analysis applications. This filter boasts a narrow bandwidth of 20-35nm FWHM, ensuring precise control over the passage of specific wavelengths. With a high transmission rate of over 85%, it is ideal for use with laser diodes and offers excellent wavelength separation when dealing with multiple light sources of similar wavelengths. Its reflective, mirror-type surface minimizes thermal effects, making it a reliable choice for high-performance systems.

Key Product Features and Specifications

The Bi905-37 Near-IR Interference Bandpass Filter is engineered with a narrow bandwidth of 20-35nm FWHM, providing exceptional selectivity for discrete wavelength transmission. Its high transmission rate of ?85% ensures maximum efficiency in light transmission, while its reflective, mirror-type surface reduces thermal effects and maintains filter performance over time. Designed for compatibility with laser diodes, this filter is perfect for applications where precise wavelength control is critical. Available in sizes up to 79.5mm sq., it offers flexibility and convenience for various setup requirements.

Applications and Benefits

The Bi Series Narrow Interference Bandpass Filters, including the Bi905-37, are widely used in life science and laser analysis applications where discrete wavelength transmission is essential. These filters maximize system performance by passing only the required wavelengths, thereby reducing interference and improving accuracy. The Bi905-37 is particularly beneficial in scenarios where multiple light sources of similar wavelengths are present, offering ideal wavelength separation and minimizing cross-talk. With its high transmission rate and thermal-resistant design, this filter is a reliable choice for researchers and professionals who demand precision and reliability in their optical systems.