The authors present a simple model of a travelling wave semiconductor optical amplifier with an appreciable degree of saturation. The model uses a particular way of linearising the total carrier recombination R(N) to find useful expressions for the saturation parameter and/or the carrier lifetime. By combining these expressions and the gain measurements realised, it is possible to establish the dependence between the mentioned parameters and the input optical power.Peer ReviewedPostprint (published version
Das, NK ORCiD: 0000-0002-3396-4194This paper presents the pulse propagation and gain saturation char...
Semiconductor optical amplifiers (SOAs) have found widespread use in optical communications coverin...
The Semiconductor Optical Amplifier (SOA) is presently commonly used as a booster or pre-amplifier i...
The authors present a simple model of a travelling wave semiconductor optical amplifier with an appr...
The authors present a simple model of a travelling wave semiconductor optical amplifier with an appr...
This paper characterizes the gain and the carrier density responses of a semiconductor optical ampli...
In this communication, one looks at the influence of the saturation process over the statistical flu...
This paper presents nonlinear pulse propagation characteristics for different input optical pulse sh...
This paper presents nonlinear pulse propagation characteristics for different input optical pulse sh...
This paper characterizes the gain and the carrier density responses of a semiconductor optical ampli...
This paper presents nonlinear pulse propagation characteristics for different input optical pulse sh...
This paper characterizes the gain and the carrier density responses of a semiconductor optical ampli...
This paper presents the pulse propagation and gain saturation characteristics for different input op...
This paper presents the pulse propagation and gain saturation characteristics for different input op...
This paper presents the pulse propagation and gain saturation characteristics for different input op...
Das, NK ORCiD: 0000-0002-3396-4194This paper presents the pulse propagation and gain saturation char...
Semiconductor optical amplifiers (SOAs) have found widespread use in optical communications coverin...
The Semiconductor Optical Amplifier (SOA) is presently commonly used as a booster or pre-amplifier i...
The authors present a simple model of a travelling wave semiconductor optical amplifier with an appr...
The authors present a simple model of a travelling wave semiconductor optical amplifier with an appr...
This paper characterizes the gain and the carrier density responses of a semiconductor optical ampli...
In this communication, one looks at the influence of the saturation process over the statistical flu...
This paper presents nonlinear pulse propagation characteristics for different input optical pulse sh...
This paper presents nonlinear pulse propagation characteristics for different input optical pulse sh...
This paper characterizes the gain and the carrier density responses of a semiconductor optical ampli...
This paper presents nonlinear pulse propagation characteristics for different input optical pulse sh...
This paper characterizes the gain and the carrier density responses of a semiconductor optical ampli...
This paper presents the pulse propagation and gain saturation characteristics for different input op...
This paper presents the pulse propagation and gain saturation characteristics for different input op...
This paper presents the pulse propagation and gain saturation characteristics for different input op...
Das, NK ORCiD: 0000-0002-3396-4194This paper presents the pulse propagation and gain saturation char...
Semiconductor optical amplifiers (SOAs) have found widespread use in optical communications coverin...
The Semiconductor Optical Amplifier (SOA) is presently commonly used as a booster or pre-amplifier i...