How GTR-KTP Crystal can Save You Time, Stress, and Money.
How GTR-KTP Crystal can Save You Time, Stress, and Money.
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GTR-KTP crystals are commonly utilized in applications that demand high-efficiency nonlinear optical components with improved sturdiness and resistance to grey monitoring. Some notable purposes include things like:
GTR-KTP crystal has gray monitor resistance adequately higher than regular flux-developed KTP. It's got large angular bandwidth and compact walk-off angle and broad temperature and spectral bandwidth. GTR-KTP crystals is often commonly Employed in healthcare, military and meteorology fields.
They may be manufactured at an optimally lower temperature that decreases the likelihood of defects, oxygen vacancies, crystal strains, or minimized metal centers.
KTP is a superb nonlinear crystal, but its gray monitoring phenomena limitations its use in large repetition fee and significant energy laser systems. CASTECH's GTR-KTP crystal has greater grey tracking resistance than the common flux grown KTP crystal.
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CASTECH's GRT-KTP, as a fantastic NLO crystal, has lessen absorption and higher injury threshold than the standard KTP, which we can click here conclude it possesses a better grey keep track of resistance.
This phenomenon is correlated with “gray tracking result�? The next graphs exhibit the absorption amount variations over time at 1064 nm for CASTECH's GTR-KTP and the conventional KTP separately
Flux grown KTP crystals offer a far better price tag gain. Additionally it is effortlessly fabricated in larger sized dimensions.
Moreover, the shut autoclave growth method allows for zero to minimal chemical impurities and also the continuous growth price lends a great homogeneity or uniform yield throughout the bulk crystal.
We existing In this particular report an effective KTP-based intracavity optical parametric oscillator pushed by a diode-pumped Nd:GdVO4/Cr:YAG passively Q-switched laser. For the first time, a novel folded…
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Productive sub-nanosecond intracavity optical parametric oscillator pumped with a passively Q-switched Nd:GdVO4 laser