Polarizer / de-polarization filter
The polarizer is plane polarized and can divide the incident non-polarized light into two vertical linear polarized light beams. The P-polarized
light passes through completely, while the S-polarized light is reflected at an angle of 45 degrees, and the direction of emission is 90 degrees
from the P-polarized light.
The incident angle is generally Brewster angle. The flat polarizer is coated with spectroscopic film on one side and antireflective film on the
other side.
Polarized beam splitting prism can divide incoming non-polarized light into two vertical linear polarized beams. The P polarization
passes through completely, while the S polarization is reflected at an angle of 45 degrees, and the direction of emission is 90 degrees from the
P polarization. This polarization splitting edge The mirror is made of a pair of high precision right angle prisms. One of the prisms is coated with
polarization splitting film on its inclined surface. The other right angle prisms in the direction of transmission and reflection need to be coated
with anti-reflection film.
The polarization ratio is 500:1 to 1000:1, the material is mostly K9, quartz and so on.
------>Bandpass Filter
------>Edge Filter(LP&SP filter)
------>AR coating
------>Dichroic Beamsplitter
------>Neutral Density Attenuation
------>Narrow Bandpass Filter
------>Notch Filter
------>Optical Mirror
------>POCT equipment
------>Fluorescence Filter
------->Laser wavelength filter
------->CCD Digital gel imaging filter
------>Biochemical filter (ELISA)
------>Water Analysis
------->Dichroic Beamsplitter filter
------>Laser Diode filter
------->OLPF filter
------>Machine vision filter
------>Color filter
------>Pesticide residue analyzer
Depolarization filter and depolarization prism
The depolarization splitter can be a plane (filter) or a cube (prism). The former is a planar quartz or K9 glass, and the latter
consists of a pair of precision right-angle prisms. One of the depolarizing prism cubes Metal-dielectric coatings were deposited
on the oblique edges of prisms. The low polarization dependence of metal-dielectric coatings allows the transmission and
reflection errors of S and P polarizations to be within 5% of each other. That means they won't change the polarization state of
a variable incident beam.