Previously, the transmission line laser model (TLLM) has been used to predict the pulse
response of semiconductor laser amplifiers. This paper shows that it can also be used find …

An equivalent circuit model for a semiconductor laser amplifier (SLA) has been developed.
This model can be used with a transfer matrix method (TMM) to analyze the performance of …

Previously, the transmission-line laser model (TLLM) was shown to be a good model for
ultra-short pulse propagation in semicondcutor laser amplifiers under heavy saturation …

The analysis presented provides a quantitative method for predicting semiconductor laser
amplifier performance in the presence of ASE (amplified spontaneous emission). It indicates …

In a mode matched configuration, spontaneous emission in semiconductor laser amplifiers
is enhanced by a factor which is larger than unity but which is significantly smaller than the K …

Semiconductor laser amplifiers are investigated with respect to amplified spontaneous
emission power and gain characteristics. The influence of the spontaneous emission …

Noise characteristics of Fabry-Perot (FP) cavity type AlGaAs laser amplifiers are studied
theoretically and experimentally. Noise power dependencies on pumping rate and input …

The effects of gain saturation due to amplified spontaneous emission in systems comprising
cascaded semiconductor laser amplifiers and attenuators are investigated. The influence of …

Modeling and experimental studies conceming the effect of amplified spontaneous emission
on gain recovery dynamics of semiconductor optical amplifiers are reported. model [2], but …

Asymmetry in the frequency response of semiconductor laser amplifiers operating just below
lasing threshold is investigated experimentally and theoretically. Frequency response of the …