Matching network for microwave applications of semiconductor laser diodes (LDS): Consideration of the effects of electrical parasitics and LD carrier-dependent impedance
H. Ghafouri-shiraz et Wm. Wong, Matching network for microwave applications of semiconductor laser diodes (LDS): Consideration of the effects of electrical parasitics and LD carrier-dependent impedance, MICROW OPT, 25(3), 2000, pp. 197-200
A complete semiconductor laser transmitter model consisting of a matching c
ircuit, an electrical parasitic circuit, and a nonlinear intrinsic laser is
introduced. The model is based on the transmission-line laser modeling met
hod, which is very efficient and flexible. The effect of electrical parasit
ics on the modulation response of the laser and the associated improvements
owing to matching are also reported It has been found that the dependency
of laser impedance on the carrier density is negligible. (C) 2000 John Wile
y & Sons, Inc.