Measurements of the second harmonic distortion in 1.3 mu m InGaAsP distributed feedback
lasers are reported. At low modulation frequencies (approximately 50 MHz), the second …

Measurements and calculations of intermodulation and harmonic distortion in 1.3 mu m high-
speed distributed feedback lasers at multi GHz modulation frequencies are presented. The …

We have investigated the static and dynamic characteristics of phase shifted InGaAsP-InP
DFB lasers mainly focusing on a comprehensive comparison between experimental results …

Lasers with a very low level of harmonic distortion are required in analog lightwave
transmission systems. Harmonic distortion in high speed lasers for the modulation frequency …

The temperature sensitivity of laser threshold current in single mode, wavelength tunable,
InGaAsP bulk active region semiconductor lasers diodes is measured in the temperature …

A theoretical and experimental study is presented of intermodulation and harmonic distortion
in high-speed 1.3 and 1.5 μm InGaAsP lasers modulated at frequencies up to 8 GHz. It is …

The fabrication and performance characteristics of a wide‐bandwidth InGaAsP laser diode
structure are described. The wide bandwidth is achieved using semi‐insulating Fe‐doped …

Longitudinal mode behaviors of asymmetric structure distributed feedback buried
heterostructure (DFB-BH) lasers are examined theoretically and experimentally. A 1.5 μm …

We demonstrate a new method to measure the nonlinear damping factor in 1.5 11m
distributed feedback lasers from the phase difference between FM and AM signals due to …

The second-and third-order harmonic distortion in distributed feedback (DFB) lasers is
simulated using a time domain large signal dynamic model. The effects of the longitudinal …