Description
Dichroic mirrors are used to combine beams or to split two beams that have different wavelengths. With a long pass mirror, the long wavelengths are transmitted and the short ones reflected. Short-pass mirrors allow the short wavelengths to pass and reflect the long ones.
High Power Dichroic Mirror Coatings
Laser Components USA, Inc.
Specifications
| Angle Of Incidence (AOI): | 0 degree |
|---|---|
| Reflection Wavelength @ 0 Deg AOI: | 532 – 532 nm |
| Transmission Wavelength @ 0 Deg AOI: | 1064 – 1064 nm |
| Reflection Wavelength @ 45 Deg AOI: | 1064 – 1064 nm |
| Transmission Wavelength @ 45 Deg AOI: | 400 – 700 nm |
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Applications
- Laser optics
- Spectroscopy
- Imaging
- Microscopy
Frequently Asked Questions
What is a dichroic mirror?
A dichroic mirror is a type of mirror that is used to combine or split beams of light with different wavelengths.
What is the purpose of a long pass mirror?
The purpose of a long pass mirror is to transmit long wavelengths of light and reflect short wavelengths.
What is the purpose of a short-pass mirror?
The purpose of a short-pass mirror is to transmit short wavelengths of light and reflect long wavelengths.
What are some applications of dichroic mirrors?
Dichroic mirrors are commonly used in laser optics, spectroscopy, imaging, and microscopy.
What is the benefit of using a dichroic mirror in laser optics?
Using a dichroic mirror in laser optics allows for the combination or separation of beams with different wavelengths, which can be useful in a variety of applications such as laser cutting or welding.
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