A socket shell part uses high thermal conductivity metal to conduct heat away from laser diodes.
Composite coatings protect aluminum laser diode housings from coolant corrosion while keeping thermal resistance changes under twenty-five percent.
A two-dimensional photonic crystal slab diffracts terahertz waves to confine energy within a planar waveguide structure.
A laser system stabilizes EUV output by adjusting pulse energy based on rare gas pressure feedback.
Shaped electric contact regions optimize current distribution in large-diameter VCSELs, resolving transverse mode control issues while reducing chip area.
VCSELs with integrated polarization locking structures generate orthogonally polarized optical data signals.
Segmenting the driver into independent stages resolves the trade-off between device complexity and adaptability while reducing electromagnetic interference.
Suspended nanoslot waveguides use form birefringence to overcome isotropic material limits, achieving high conversion efficiency with low loss.
A laser element integrates a monitoring circuit to detect resistance changes in the optical path.
Monolithically integrated ring resonator filters modulation-induced zero levels, achieving high optical budget without complex feedback loops.
Asymmetric optical power splitters compensate unbalanced losses between polarization paths in integrated transmission circuits.
Processor binarizes Doppler signals and calculates velocity using clocked rising intervals to measure object speed.