Sentence examples for ridge laser from inspiring English sources

The hybrid QW/QD SLDs were fabricated in a tilted-waveguide structure following standard ridge laser processing.

The performance of ridge lasers under pulsed conditions is comparable to state-of-the-art results for 4.8 μm devices.

QCLs with nominal strain balance of 1% and based on a four-quantum-well double-phonon resonance-active region design were grown and processed as ridge lasers.

A room temperature continuous wave InGaAsSb/AlGaAsSb quantum well ridge diode laser was wavelength tuned around 2.55 μm by periodically modulating the injection current from 0 to 174 mA at a 5 kHz repetition rate.

Then the wafer was processed into the standard double-channel ridge waveguide lasers, which were simpler and low cost than the lasers with BH fabrication process.

Subsequently, the as-grown and annealed samples were processed into 4-μm-wide narrow ridge waveguide lasers [12].

Blue-and green-emitting quantum dots have been characterized and ridge waveguide lasers incorporating such quantum dots into the active region have been realized.

This study examined the dry etching characteristics of palladium and GaN/AlGaN superlattices using Cl2/CHF3 and Cl2/Ar chemistry formed by an inductively coupled plasma system for the fabrication of ridges of laser diodes.

Ridge-waveguide lasers with a length of 100 μm and two PC mirrors achieve threshold currents below 8 mA.

Lasers (e.g., KrF and XeCl excimer) have been used to decrease roughness via surface reflow in ridge waveguides; the laser selectively melts the sidewall edge, which flows under surface tension and solidifies into a smooth rounded layer [ 38, 39].

This could be achieved using narrow ridge waveguide (RWG) laser structure [12, 13, 15, 18 21].