A frequency domain analytic study of laser nonlinear distortion is presented, based on the
Volterra nonlinear functional series. This analysis is shown to predict all the intermodulation …

A detailed comparative experimental and theoretical study of nonlinear distortion in laser
diodes is undertaken to provide practical proving of the effectiveness and utility of the …

Theoretical models for laser nonlinearities are analyzed. Volterra transfer function G/sub
n/are calculated from the laser rate equations using an output-to-input approach. Nonlinear …

Analytic techniques proposed for distortion analysis are shown not to predict adequately the
higher order terms generated by a semiconductor laser diode of relevance to the design and …

A detailed study of laser-diode intermodulation distortion (IMD) using the Volterra model that
was developed for the single-mode laser-diode with optoelectronic feedback is presented in …

An analytical model based on Volterra nonlinear functionals applied to semiconductor lasers
has been developed. Analytical expressions are obtained for different laser diode …

Experimental investigation was carried out on nonlinear video distortions of differential gain
and differential phase in various optical transmitters using laser diode structures having a …

The large-signal nonlinear distortions from a directly-modulated single-mode GaAlAs laser
diode are closely predicted by using a large-signal equivalent circuit model. Criteria for …

Formula for two-carrier third-order intermodulation distortion in semiconductor laser diodes ×
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The simple non-linear rate equations are used to predict the harmonic and intermodulation
performance of laser diodes excited by an arbitrary number of input sinusoids with arbitrary …