Satisfaction Guaranteed Midwest Optical Systems Bi830-52 Essentials [ROGPl3Fx]

Satisfaction Guaranteed Midwest Optical Systems Bi830-52 Essentials [ROGPl3Fx] Near-IR Interference Bandpass Filters

The Satisfaction Guaranteed Midwest Optical Systems Bi830-52 Essentials [ROGPl3Fx] Near-IR Interference Bandpass Filters are designed to excel in precision and performance, making them an ideal choice for applications requiring discrete wavelength selection. These filters are crafted with the highest standards of optical quality and are renowned for their exceptional narrow bandwidth, which is crucial for achieving the finest wavelength separation in complex light source environments. The Bi830-52 is part of the Bi Series, known for its narrow interference bandpass design, ensuring that only specific wavelengths are transmitted, thereby maximizing system performance.

• 20-35nm FWHM for precise wavelength selection
• High transmission rate of ?85% for optimal light utilization
• Reflective, mirror-type surface to minimize thermal effects

Key Features and Specifications

The Bi830-52 Near-IR Interference Bandpass Filters are engineered to meet the demands of modern optical systems. With a narrow bandwidth of 20-35nm Full Width at Half Maximum (FWHM), these filters offer unparalleled control over the wavelengths that pass through. Their high transmission rate of ?85% ensures that the light is efficiently utilized, which is essential for applications where light intensity is critical. Designed specifically for use with laser diodes, these filters provide ideal wavelength separation, making them perfect for scenarios where multiple light sources of similar wavelengths are present.

• Optimized for laser diode use
• Ideal for multiple light source environments
• Available in sizes up to 79.5mm sq. for versatile applications

Applications and Benefits

The Bi Series Narrow Interference Bandpass Filters, including the Bi830-52, are widely utilized in life science and laser analysis applications where discrete wavelength transmission is essential. These filters are particularly beneficial for maximizing system performance, as they allow only the required wavelengths to pass, thereby reducing noise and improving overall signal quality. With their reflective, mirror-type surface, the filters help minimize thermal effects, ensuring consistent performance over time. The Bi830-52 is available in a range of sizes, making it adaptable to various system configurations.

• Popular for life science and laser analysis applications
• Maximizes system performance by selective wavelength transmission
• Enhances signal quality and reduces noise