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Supplier: Abrisa Technologies
Description: Beam Splitter (BS) is a term used to describe various coatings which divide a beam of light into separate beams. Dichroic filters are often called beam splitters. In this section, we will be describing beam splitters that divide light at each wavelength of interest into two separate beamsShow More
Supplier: Abrisa Technologies
Description: Beam Splitter (BS) is a term used to describe various coatings which divide a beam of light into separate beams. Dichroic filters are often called beam splitters. In this section, we will be describing beam splitters that divide light at eac h wavelength of interest into two separate beams
- Transmission: 45 %
- Wavelength Range: 475 to 625 nm
Description: Assemblies, Cubes Beamsplitter Cubes: Dichroic, Polarizing Corner Cubes TIR Assemblies Pechan Unique Configurations Cones Linear Curved: Positive, Negative Rod Prisms
- Prism Type: Equilateral
- Largest Dimension: 0.0394 to 0.1969 inch
- Prism Material: Other Material
- Reflective Coating: Yes
Supplier: Newport Corporation
Description: polarizing cube beamsplitters & dichroic sheet polarizers Extinction ratio better than 10,000:1 Wide acceptance angle Less expensive than calcite polarizers Low wavefront distortion High transmission Features Black Anodized Aluminum Mounting Ring Each polarizer is mounted in a 12.7 or 25.4 mm
- Polarizer Type: Linear Polarizer
- Polarizer Application: Infrared, Visible
- Wavelength Range: 630 to 1580 nm
- Extinction Ratio: 10000 : 1
Optical Filters - Widefield (non-laser) Microscopy FISH Filter Sets -- 89083 ET - DAPI/FITC/Texas Red® FISHSupplier: Chroma Technology Corp.
Description: individual filters. The polychroic beamsplitters remain stationary in a filter cube or similar holder. These sets are image-registered and are particularly useful for co-localization studies, FRET, and simultaneous imaging in live cell applications using image-splitting devices.
- Filter Type: Bandpass / Interference Filters, Dichroic Filters
- Filter Set: Yes
- Application Specific: Visible (VIS)
- Filter Shape: Circular, Rectangular
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Cascade Optical Corp.
CUBE BEAMSPLITTERS by CASCADE OPTICAL
CUBE BEAMSPLITTERS (click on link to learn more). Beamsplitters are made either in plate or cube form. Cube beamsplitter is usually made of two right angle prisms, where hypo of one prism is coated with splitting coating. They can be made to split light intensity only (INTENSITY), or to pass one or more spectral bands and at the same time reflect some other parts of the spectrum (DICHROIC), or to pass one state of polarization and reflect another (POLARIZING), or finally to split light... (read more)
Browse Nonpolarizing Cube Beamsplitters Datasheets for Cascade Optical Corp.
Cascade Optical Corp.
PLATE BEAM SPLITTERS
PLATE BEAM SPLITTERS (click on link to learn more). The transparency range of optical cements used to assemble cube beamsplitters limits their spectral application, roughly to between 200 nm and at the best up to 3000 nm. Plate beamsplitters do not require assembly and their applications are only limited by the transparency of the selected substrate. For example, if ZnSe is used as the substrate, then designs of beamsplitters that operate over range from 400 nm up to 15 are possible... (read more)
Browse Plate Beamsplitters Datasheets for Cascade Optical Corp.
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Optical Design for Biomedical Imaging
For the dichroic beamsplitter cube , a thin film is coated on the hypotenuse of the right-angle prism that is cemented to a second right-angle prism to form a cube.
Shape measurement using an experimental untracked range sensor
The light projection unit uses a low-power diode laser with a single line-generator and several dichroic cube beamsplitters .
FY00 LDRD Annual Report
We developed a dichroic cube beamsplitter system to permit for the first time spatially overlapped, as well as simultaneous, single-point VISAR (velocity interferometry system for any reflector) and line- imaging ORVIS measurements.
Optical System Design, Second Edition > Bloopers and Blunders in Optics
A cemented dichroic cube beamsplitter was designed into a system as shown in Fig. 25.13 in order to image two separated wavelength bands to two sensors.
BioMEMS and Biomedical Nanotechnology
The fluorescent particle tracers are imaged with an inverted epi-fluorescent microscope (Leica DMIRE2) equipped with a 63 × 0.5 objective (Leica PL Fluotar L) and a dichroic beamsplitter cube (Leica I3) to ensure that only the longer-wavelength fluorescence from …
Multilayer nano-particle image velocimetry
The Stokes-shifted fluorescence at wavelengths above 515 nm from the particles was imaged using an inverted epifluorescent microscope (Leica DMIRE2) through a dichroic beamsplitter cube (Leica I3) by a 63 · objective (Leica PL Fluotar L) with a numerical aperture of …
Split Aperture Imaging for High Dynamic Range
Traditionally, the splitting has been performed by beam-splitting elements such as semi-transparent mirrors, polka-dot beamsplitters, dichroic cube beamsplitters , pellicle beamsplitters and special prisms (EIO, 2000; Hideaki et al., 1996; Saito, 1996; Ikeda, 1998; Tsutomu, 1998).
The GREGOR Fabry-Pérot Interferometer and its companion the Blue
Imaging Solar Spectrometer
Behind the common dichroic beamsplitter cube BS1, each instrument has its own NBC and BBC.
ARCHAEO-SCAN: Portable 3D shape measurement system for archaeological field work
The current version of the experimental system7 consists of a light projection unit that uses a low power 670nm Lasiris™ diode laser and several Tech Spec™ dichroic cube beamsplitters to generate three parallel line profiles.
Stray light modeling and performance of the 15cm deep space optical communications transceiver (DSOCT)
The scattered light encounters the solar rejection filter, the telescope primary and secondary mirrors, two lenses, four fold mirrors, a dichroic cube beamsplitter and a narrowband spectral filter, so the losses may be substantial.
Split aperture imaging for high dynamic range
as semi-transparent mirrors, polka-dot beamsplitters, dichroic cube beamsplitters , pellicle beamsplitters and special prisms .
MSTI-3 sensor package optical design
The dichroic beamsplitter cube assembly separates the light into a visible and two IR channels of approximately 2.5 to 3.3, (SWIR), and 3.5 to 4.5, (MWIR), micron wavelength bands.
Optical Coating Needs Of The Aerospace Industry
Since many optical communications systems employ beacons for pointing, dichroic beamsplitter cubes are needed.
Laser Assisted Remote Temperature Measurement
The radiation is collected by the objective lens, passes through the outer portion of the annular beamsplitter, and is separated from the visual channel at a dichroic beamsplitter cube which is located just behind the inversion prism.
Compact deep-space optical communications transceiver
After reflecting from the PAM, the collimated beam transmits, largely undisturbed and unattenuated, through a dichroic beamsplitter cube , which performs the bulk of the transmit/receive channel separation.