Dynamic pulse width adjustment compensates for plasma instability and self-lasing to maintain consistent EUV power output.
A planar optical amplifier package uses free-space optics to combine signal and pump light into a compact form factor.
Segmenting laser pulses into heating and ejection phases boosts material removal rates by up to 100 times compared to single-pulse systems.
Microchannel cooling pipelines arranged parallel to the amplification layer surface provide targeted heat extraction from solid laser media.
A short pulse laser uses a control unit to modulate pump lasers and a pulse picker for precise energy output.
An acousto-optic frequency shifter in a closed-loop system maintains long-term carrier-envelope phase stability despite environmental perturbations.