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Power scaling by increasing the pump spot area is shown to be intrinsically limited in semiconductor disk lasers with diamond heatspreaders. An output power of 9W is reported for a 1060 nm device.
The slope efficiency of semiconductor disk lasers is seen to be reduced at high output coupling. Careful adjustment of the cavity and pump mode sizes is also necessary for high efficiency and good beam quality.
Power scaling by increasing the pump spot area is shown to be intrinsically limited in semiconductor disk lasers with diamond heatspreaders. An output power of 9W is reported for a 1060 nm device.
Power scaling by increasing the pump spot area is shown to be intrinsically limited in semiconductor disk lasers with diamond heatspreaders. An output power of 9 W is reported for a 1060 nm device.
The slope efficiency of semiconductor disk lasers is seen to be reduced at high output coupling. Careful adjustment of the cavity and pump mode sizes is also necessary for high efficiency and good beam quality.
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