A simple method for estimating the frequency responses of directly modulated lasers from optical spectra is presented. The frequency-modulation index and intensity-modulation index of a distributed feedback laser can be obtained through the optical spectrum analyses. The main advantage is that the measurement setup is very simple. Only a microwave source and an optical spectrum analyser are needed and there is no need to use a calibrated broadband photodetector. Experiment shows that the proposed method is as accurate as the swept frequency method using a network analyzer and is applicable to a wide range of modulation powers
A demonstration of the effect of tuning components on a directly modulated distributed feedback lase...
This article details the generation of an extended-bandwidth frequency sweep using a single, communi...
In this letter, the power spectrum of a cooled distributed feedback laser module is measured using t...
A novel and simple method for measuring the chirp parameter, frequency, and intensity modulation ind...
We develop a swept frequency method for measuring the frequency response of photodetectors; (PDs) ba...
An experimental method is presented for characterization of the combined intensity and frequency mod...
In this paper, we presents the characterization technique of high-speed optoelectronics devices base...
The room-temperature modulation response of a GaAs/GaAlAs semiconductor laser (relaxation resonance ...
Due to the character of the original source materials and the nature of batch digitization, quality ...
Using the computed solution of multimode rate equations, and including wavelength-chirping effects v...
Automatically swept measurement Originally published in Optics Letters on 15 October 2015 (ol-40-20-...
This thesis describes an investigation into the effect of phase modulation within the resonator of a...
A practical method to determine the emission frequency of a distributed feedback diode laser at the ...
A new method of optical frequency beat counting based on fast Fourier transform (FFT) analysis is de...
We describe two methods, based on Michelson interferometery, that enable the determination of the ab...
A demonstration of the effect of tuning components on a directly modulated distributed feedback lase...
This article details the generation of an extended-bandwidth frequency sweep using a single, communi...
In this letter, the power spectrum of a cooled distributed feedback laser module is measured using t...
A novel and simple method for measuring the chirp parameter, frequency, and intensity modulation ind...
We develop a swept frequency method for measuring the frequency response of photodetectors; (PDs) ba...
An experimental method is presented for characterization of the combined intensity and frequency mod...
In this paper, we presents the characterization technique of high-speed optoelectronics devices base...
The room-temperature modulation response of a GaAs/GaAlAs semiconductor laser (relaxation resonance ...
Due to the character of the original source materials and the nature of batch digitization, quality ...
Using the computed solution of multimode rate equations, and including wavelength-chirping effects v...
Automatically swept measurement Originally published in Optics Letters on 15 October 2015 (ol-40-20-...
This thesis describes an investigation into the effect of phase modulation within the resonator of a...
A practical method to determine the emission frequency of a distributed feedback diode laser at the ...
A new method of optical frequency beat counting based on fast Fourier transform (FFT) analysis is de...
We describe two methods, based on Michelson interferometery, that enable the determination of the ab...
A demonstration of the effect of tuning components on a directly modulated distributed feedback lase...
This article details the generation of an extended-bandwidth frequency sweep using a single, communi...
In this letter, the power spectrum of a cooled distributed feedback laser module is measured using t...