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Electrical to optical conversion efficiency is 50%.
The optical to optical conversion efficiency of the Q-switched regime is about 17.5%.
The optical conversion efficiency was ∼48% in a highly compact design.
Output power of 51.2 W is obtained in the experiment with a diode-to-green optical conversion efficiency of 10.3%.
We demonstrate ∼2.5 times higher optical conversion efficiency from pump to SC generation in wavelengths beyond 3.8 μm in the TDFA versus the EYFA based SC systems.
Employing a type-II noncritical phase-matched LBO crystal, we generated 520 mW of 671 nm in single transverse mode at 6 W of incident pump power, the optical conversion efficiency being 8.7%.
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The optical conversion efficiencies were measured to be 32% for T=5.2% at 1.06 μm and 15.5% for T=1.78% at 1.34 μm respectively.
The maximum slope efficiency and optical-to-optical conversion efficiency are 78.9% and 55.3%, respectively.
This corresponds to an optical-to-optical conversion efficiency of 20% and slope efficiency of 32%.
The corresponding optical-to-optical conversion efficiency is 16.8% and the slope efficiency is 28.1%.
The optical-to-optical conversion efficiency of 26.2% was obtained in CW modes with a flat flat cavity design.
More suggestions(11)
optical adsorption efficiency
optical reception efficiency
optical slope efficiency
optical reflection efficiency
optical emission efficiency
optical force efficiency
optical power efficiency
optical collection efficiency
optical trapping efficiency
optical modulation efficiency
optical nonlinearity efficiency
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