Semiconductor lasers; Temperature; Quantum well devices; Bandwidth; Leakage current; Threshold current; Diode lasers; Dry etching; Capacitive sensors; Power lasers
Issue Date
2004-05
Publisher
IEEE
Citation
2004 International Conference on Indium Phosphide and Related Materials, Page. 228-231
Abstract
We have investigated the effects of current blocking layers in 10 Gb/s 1.3 /spl mu/m DFB lasers in view of the slope efficiency and the modulation bandwidth. It is experimentally shown that the current blocking structure consisting of p-InP(clad)/n-InP/i-InP/n-InP/i-InP/n-InP(sub.) gives a high slope efficiency as well as a large modulation bandwidth of above 10 GHz at 70 /spl deg/C.