Examples of 'collimator lens' in a sentence
Meaning of "collimator lens"
collimator lens: A lens system that narrows a beam of particles or waves into a parallel stream. It is often used in physics and engineering to control the direction of radiation
How to use "collimator lens" in a sentence
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collimator lens
This collimator lens itself can be a known or conventional achromat.
A parallel beam can be obtained by a collimator lens system or a laser type device.
The collimator lens and the objective lens may be combined in a single objective lens.
Another conventional solution consists in defocusing the optical fiber relative to the collimator lens.
A separate collimator lens may be arranged ahead of the objective system.
A light beam emitted from the semiconductor laser 1 is collimated by the collimator lens 2.
A collimator lens 8 is provided to produce a beam having a plane wave front.
The lens system comprises a collimator lens 7 ' and an objective lens 7.
The collimator lens LCB for the blue light ;.
However, it is of course possible to adjust the position of the collimator lens 35.
In this case, a collimator lens must be provided for each light emitting portion.
A plurality of light beams emitted from the semiconductor laser array 1 ' are collimated by a collimator lens 2.
The collimator lens 139 is centered on the optical axis previously cited.
In this example, the lighting means 201 comprise a source of light associated with a collimator lens.
A collimator lens 13 converts a laser beam emitted by the laser diode 12 into a parallel beam.
See also
To achieve proper alignment with the collimator lens 114, the collimator lens must also be rotated.
The collimator lens 15 converts the laser beam from the semiconductor laser 14 into parallel light.
Referring to Fig . 44, a light beam emitted from the semiconductor laser 1 is collimated by a collimator lens 2.
However, the order of the collimator lens 2 and optical path combining means 9 may be reversed.
In FIG . 1, a source of light S is placed at the focus of a collimator lens 01.
The light passes through a collimator lens 8, then a space 10 serving for suppressing the infrared caloric radiation.
Here, it corresponds to the image plane P 2 of the collimator lens 52.
A similar collimator lens 66 is mounted adjacent the detector 58.
The collimator lens 7 ' forms a collimated beam, which is incident on a single-focus objective lens 7.
The collimator lens 120 converts a beam emitted from the light source 110 into a substantially parallel beam.
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Collimator for coordinating two optical devices
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