Examples of 'laser oscillator' in a sentence
Meaning of "laser oscillator"
laser oscillator: This term typically refers to a device that generates coherent optical signals through the process of optical amplification by stimulated emission of radiation. It is commonly used in various applications, including telecommunications, medicine, and research
How to use "laser oscillator" in a sentence
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laser oscillator
This helps the operation of a pulsed laser oscillator.
Gas flow laser oscillator.
The invention relates to a fiber-optic laser oscillator.
The type of a laser oscillator is also not particularly limited.
Reduced running cost, thanks to the new laser oscillator.
Pulsed laser oscillator in single longitudinal mode stabilised in frequency and relative operative method.
The first of them includes a semiconductor laser oscillator with a saturable absorber.
It includes a laser oscillator 5 designed to emit the laser beam 2 to be amplified.
The present invention relates to a method and a laser oscillator for the generation of a laser beam.
It comprises a laser oscillator 1 capable of generating a femtosecond pulse of the order of one nanojoule.
The pulse providing means typically comprises laser oscillator means and laser amplifying means.
When an optical amplifier is placed inside a resonant optical cavity, one obtains a laser oscillator.
An optical waveguide laser oscillator comprising,.
The ultraviolet laser source is in the form of an excimer laser oscillator ( KrF ).
The extension to higher-pass laser oscillator configurations is readily incorporated.
See also
The latter also receives a portion of the monomode beam delivered by the laser oscillator 2.
According to different embodiments of a laser oscillator that conforms to the invention,.
The laser oscillator described above and shown in the FIGURE operates as follows,.
The mode locking laser is a resonant cavity laser oscillator including,.
FIG . 2 shows schematically a laser oscillator in accordance with a second embodiment of the present invention.
Advantageously, the N elementary laser beams are aggregated at the output of the laser oscillator.
Figure 1 is a schematic representation of a pulsed laser oscillator according to an embodiment of the invention ;.
For this reason a self-seeded approach is taken to the operation of the Q-switched laser oscillator.
FIG . 1 shows schematically a laser oscillator in accordance with a first embodiment of the present invention.
The laser source LA1 constitutes a laser oscillator.
A semiconductor laser oscillator 39 is driven by a laser control circuit 33 to generate laser light.
The inlet guide Ge receives a continuous wave M delivered by a laser oscillator ( not shown ).
It is possible to pump both a laser oscillator ( " laser " ) and a laser amplifier optically.
The laser oscillator 35 is energized by light from a discharging lamp not shown.
This absorber is for example the absorber S2 of the laser oscillator previously described.
A low-energy laser oscillator 11, fixing the spatial / temporal characteristics of the laser radiation ;.
The emitting means consist this time of a single laser oscillator 601.
This synchronization device 4 is linked to the laser oscillator 5 via a radio-frequency detector 6 such as a photodiode.
By amplifying at least part of the intrinsic noise thereof within the laser oscillator ( 1 ).
The present invention provides a gas flow laser oscillator of the above-defined type, wherein,.
The source of high-power ultrashort light pulses comprises a mode-locked laser oscillator 2.
Fast saturable absorber AS, allowing the laser oscillator to operate in mode-locking regime ; and.
Device according to claim 17, wherein the mode locking laser is a resonant cavity laser oscillator including,.
The mode-locked laser oscillator 2 operates at a repetition rate between 1 MHz and 1 GHz.
In other words, the modulator 4 is located between the laser oscillator 1 and the splitter 2.
A laser oscillator 35 is an YAG rod in case of a Nd-YAG laser.
Figure 7 shows incorporation of reflectors M3, M4 to form a laser oscillator from a three-pass amplifier system.
Home » Products & service » Laser oscillator and Autofocus device » Laser processing device 'Callisto series'.
Figure 6 shows incorporation of mirrors M3 and M4 to form a ring laser oscillator.
Conventionally, this laser oscillator has,.
FIG . 3B illustrates the time dependence of the absorptivity of the laser oscillator of FIG . 3A.
Home » Products & service » Laser oscillator and Autofocus device » Autofocus device 'Uranus series'.
This constitutes a feedback amplifier 52 external to the laser oscillator 50.
Home » Products & service » Laser oscillator and Autofocus device » Small YAG laser 'Marion series'.
The power delivered at the output of the mode-locked laser oscillator 2 is 95 mW.
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