We demonstrate a simple technique for simultaneous and complete characterization of the
optical pulses and temporal modulators commonly used in telecommunication. The electric …

We present a new technique for measuring the intensity I (t) of optical pulses using a
temporal optical system. A diffraction grating pair followed by a microwave‐driven, optical …

A novel and simple method to measure the amplitude and the phase of optical pulses is
presented. The technique basically involves modulating the optical pulse train in a particular …

The electrooptic effect has been used in conjunction with 100 fs optical pulses to sample
electrical transients with an unprecedented resolution of. 5 ps and sensitivity of 50-100 µV …

The frequency-resolved optical gating (FROG) technique for characterizing and displaying
arbitrary femtosecond pulses is presented. The method is simple, general, broadband, and …

A high-speed energy correlation technique has been used to measure the time development
of the width of the ultrashort pulses generated by a mode-locked Nd+3 glass laser. The laser …

In this paper, the authors present a first experimental demonstration of time-lens-based
operation by electrooptic phase modulation to perform real-time spectral analysis of optical …

~ lec~ rical pul! es, 4!" in 1 0 psec, have been generated by rectification of 1. 06-~ m pulses
In. LlTaO:!:. Cu. Thelr amplitude and duration were measured by photographing the …

We demonstrate the first real-time implementation of linear spectrograms for the complete
characterization of a train of optical pulses. The spectrogram is composed of the spectra of …

The authors report a method for stretching electrical signals in time. A high chirp rate is
imposed on the electrical signal by mixing it with a dispersed ultra-short optical pulse in an …