Bandwidth measurements of a short plastic optical fibre (POF) are reported. We measured
under different coupling conditions using a second-harmonic Nd: YAG laser as the pulse …

We present two different methods to obtain the bandwidth of step index plastic optical fibres
(SI-POF). First, bandwidth is obtained by sweeping the frequency of sinusoidal waveforms …

The dependence of the-3 dB bandwidth of an all-plastic optical fibre (APF) on the launching
conditions was measured using the time domain method with a visible-light laser diode as …

The power flow equation is used to calculate the frequency response and bandwidth in step-
index plastic optical fibres (POFs). The frequency response is specified as a function of …

A simple method of determining the wavelength of zero relative time-delay between the
LP01 and LP11 modes of short lengths of a dual-mode optical fibre is described. The …

Measurement of the numerical aperture of a step-index optical fibre × Close The Infona portal
uses cookies, ie strings of text saved by a browser on the user's device. The portal can access …

Observations in high bandwidth graded-index plastic optical fibers GI POFs are reported of
strong mode coupling and its characteristic square root-like fiber length dependence of the …

The time-dependent power flow equation is employed to calculate frequency response and
bandwidth in addition to mode coupling and mode-dependent attenuation in step-index …

This paper presents experimental and theoretical results that help understand the behaviour
of bandwidth in step index plastic optical fibres (SI-POF). The measurements of bandwidth …

The time-dependent power flow equation, which is reduced to its time-independent
counterpart is employed to calculate frequency response and bandwidth in addition to mode …