Bi1550-27 | Bi1550 Short-Wave Infrared Bandpass FilterThe MidOpt Bi1550 27. Mainly because of its very low attenuation rate, 1550nm is the most common wavelength used for telecommunication, particularly for extremely long distance, high bandwidth fiber optic applications. 1550nm light is also generally considered to be eye safe (and safe for CMOS camera sensors). For similar reasons, 1550nm light is also favored by some companies for automotive LiDAR applications. 1550nm fiber lasers used in these

The MidOpt Bi850-58 is used in conjunction with common IR illuminators operating at or near the 850nm wavelength range

Advanced Illumination SL164M-66024 Downloads:

5 Minimum Object Distance 150 mm Magnification Not Specified Front Diameter Not Specified Rear Effective Diameter Not Specified Focus Control Manual with Lock Iris Control Manual with Lock Zoom Control None Focus Range 0

BL13806-62524 Specifications:

Specifications + Useful Range Min 250 nm Useful Range Max 2300 nm Stabledge Yes Adhesive Backed Yes Tolerance 10 % Peak Transmission ≤ 90 % Surface Quality (Scratch-Dig) 80-50 Substrate Material Sapphire Filter Diameter M22

08 Phase Adjustment Yes Telecentricity Typical < 0

Specifications + Useful Range Min 405 nm Useful Range Max 645 nm Secondary Useful Range Min 835 nm Secondary Useful Range Max 875 nm FWHM 25050 nm Adhesive Backed Yes Tolerance 2010 % Peak Transmission ≤ 90 % Surface Quality (Scratch-Dig) 40-20 Substrate Material Clear Glass Filter Diameter M22

Opto Engineering TC10M308-J

Built for extreme environments

12P Female A Coded connector to 30 meter 24 AWG

The MidOpt Bi405-77 is a Violet Interference Bandpass filter that can be useful for removing ambient light to image subjects illuminated by 405nm laser diodes

Specifications + Useful Range Min 1100 nm Useful Range Max 2300 nm Stabledge Yes Adhesive Backed Yes Tolerance 10 % Peak Transmission ≤ 90 % Surface Quality (Scratch-Dig) 40-20 Substrate Material Silicon Filter Diameter M82 x P0