(8) These plate beamsplitters are 50/50, have a low absorbtion coating with the second surface including an antireflection coat and are specific to a 45-degree angle of incidence.
(8) Broadband hybrid and dielectric cube beamsplitters are exceptional for splitting a beam into two components These beamsplitters are made from two identical right angled prisms, causing a nominal 50/50 split for unpolarized light. Due to the cube specifications, they are thermally and mechanically stable and are ideal for collimated or nearly collimated beams.
(6) Broadband hybrid and dielectric cube beamsplitters are exceptional for splitting a beam into two components These beamsplitters are made from two identical right angled prisms, causing a nominal 50/50 split for unpolarized light. Due to the cube specifications, they are thermally and mechanically stable and are ideal for collimated or nearly collimated beams.
(15) Nonplarizing cube beamsplitters are useful for increased performance at exact wavelengths, to keep the effects of polarization at an absolute minimum and when negligible absorption occurs.
