Dichroic mirror is often used in laser technology. It is characterized by almost complete transmission of light at a certain wavelength and almost complete reflection of light at other wavelengths. Most commonly used incident angles are 45 °. (the incident angle is the angle between the incident light and the normal of the incident surface. In optics, the incident angle is the cause, the reflection angle is the result, and the reflection angle is equal to the incident angle.)
The Main Characteristic Parameters Of Dichroic Mirror Are:
① : Incident Angle;
② : Reflection Wavelength Range
③ : Transmission Wavelength Range
Dichroic Mirror Application
It Is Mainly Used For Laser Beam Splitting, Enzyme Labeling Instrument, Fluorescence Microscope System, Projection Light Engine System, Laser Lamp, Optical Instrument Beam Splitting, Video Glasses And Other Sensor Systems.
The Main Characteristic Parameters Of Dichroic Mirror Are:
① : Incident Angle;
② : Reflection Wavelength Range
③ : Transmission Wavelength Range
Dichroic Mirror Application
It Is Mainly Used For Laser Beam Splitting, Enzyme Labeling Instrument, Fluorescence Microscope System, Projection Light Engine System, Laser Lamp, Optical Instrument Beam Splitting, Video Glasses And Other Sensor Systems.
Dichroic Mirror