PLATE BEAM SPLITTERS
Description
Nd: YAG laser can have second and third harmonics. These three harmonics are useful in scientific community. When an optical system uses these harmonics, they need to combine/separate at the detector plane. A dichroic beam splitter coating can be used to serve the purpose.
PLATE BEAM SPLITTERS
Specifications |
|
|---|---|
| Largest Dimension: | -- mm |
| Thickness: | -- mm |
| Substrate: | BK7 |
| Wavelength Range: | 400-750nm |
Applications
- Laser energy splitting
- Laser range finders
- Night vision binoculars
- Optical systems
- Imaging applications
- Cameras
- Sensors
- Projection systems
- LCD displays
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Frequently Asked Questions
A plate beam splitter is a device used in optical systems to combine or separate different harmonics of a laser beam at the detector plane.
The purpose of using a plate beam splitter is to split laser energy, enable laser range finders, night vision binoculars, and other optical systems to function properly, and facilitate imaging applications, cameras, sensors, projection systems, and LCD displays.
A plate beam splitter works by utilizing a dichroic beam splitter coating, which allows it to combine or separate the different harmonics of a laser beam at the detector plane.
Plate beam splitters have various applications including laser energy splitting, laser range finders, night vision binoculars, optical systems, imaging applications, cameras, sensors, projection systems, and LCD displays.
Yes, a plate beam splitter can be used with Nd: YAG lasers, as these lasers can have second and third harmonics which can be combined or separated using a plate beam splitter.