Polarizing Beamsplitter

The polarization beam splitter (PBS) is generally made of two right-angle prisms glued together or deepened with optical glue.  The inclined surfaces are coated with a polarization beam splitting film, allowing P-polarized light to pass through while S-polarized light is reflected. All light beams incident on the exit surface are generally coated with an anti-reflection film.

The polarization beam splitter (PBS) is generally made of two right-angle prisms glued together or deepened with optical glue.  The inclined surfaces are coated with a polarization beam splitting film, allowing P-polarized light to pass through while S-polarized light is reflected. All light beams incident on the exit surface are generally coated with an anti-reflection film.

The polarization beam splitter (PBS) is generally made of two right-angle prisms glued together or deepened with optical glue.  The inclined surfaces are coated with a polarization beam splitting film, allowing P-polarized light to pass through while S-polarized light is reflected. All light beams incident on the exit surface are generally coated with an anti-reflection film.

The polarization beam splitter (PBS) is generally made of two right-angle prisms glued together or deepened with optical glue.  The inclined surfaces are coated with a polarization beam splitting film, allowing P-polarized light to pass through while S-polarized light is reflected. All light beams incident on the exit surface are generally coated with an anti-reflection film.

The polarization beam splitter (PBS) is generally made of two right-angle prisms glued together or deepened with optical glue.  The inclined surfaces are coated with a polarization beam splitting film, allowing P-polarized light to pass through while S-polarized light is reflected. All light beams incident on the exit surface are generally coated with an anti-reflection film.

The polarization beam splitter (PBS) is generally made of two right-angle prisms glued together or deepened with optical glue.  The inclined surfaces are coated with a polarization beam splitting film, allowing P-polarized light to pass through while S-polarized light is reflected. All light beams incident on the exit surface are generally coated with an anti-reflection film.

The polarization beam splitter (PBS) is generally made of two right-angle prisms glued together or deepened with optical glue.  The inclined surfaces are coated with a polarization beam splitting film, allowing P-polarized light to pass through while S-polarized light is reflected. All light beams incident on the exit surface are generally coated with an anti-reflection film.

The polarization beam splitter (PBS) is generally made of two right-angle prisms glued together or deepened with optical glue.  The inclined surfaces are coated with a polarization beam splitting film, allowing P-polarized light to pass through while S-polarized light is reflected. All light beams incident on the exit surface are generally coated with an anti-reflection film.

The polarization beam splitter (PBS) is generally made of two right-angle prisms glued together or deepened with optical glue.  The inclined surfaces are coated with a polarization beam splitting film, allowing P-polarized light to pass through while S-polarized light is reflected. All light beams incident on the exit surface are generally coated with an anti-reflection film.

The polarization beam splitter (PBS) is generally made of two right-angle prisms glued together or deepened with optical glue.  The inclined surfaces are coated with a polarization beam splitting film, allowing P-polarized light to pass through while S-polarized light is reflected. All light beams incident on the exit surface are generally coated with an anti-reflection film.