CIOP 05384
CENTRO DE INVESTIGACIONES OPTICAS
Unidad Ejecutora - UE
artículos
Título:
TEMPORAL TALBOT EFFECT APPLIED TO DETERMINE DISPERSION PARAMETERS
Autor/es:
CHRISTIAN CUADRADO LABORDE; PABLO COSTANZO CASO; RICARDO DUCHOWICZ; ENRIQUE SICRE
Revista:
OPTICS COMMUNICATIONS
Editorial:
Elsevier
Referencias:
Lugar: Amsterdam; Año: 2006 vol. 260 p. 528 - 534
ISSN:
0030-4018
Resumen:
The spacetime duality theory and the temporal selfimaging phenomenon (or Talbot effect) are used to propose a method for determining dispersion parameters associated with an optic fiber link. From the spacetime analogy, the actions of free-space propagation and phase curvatures taking place in the general spatial Talbot effect are implemented for time-varying wavefields. Using the temporal selfimaging conditions, a relationship is derived for determining the second-order dispersion coefficient of a given dispersive medium under test. As a particular application, we analyze the feasibility of the measuring approach using a linearly chirped fiber grating as the dispersive component under test. Some simulations are carried out in order to study the sensitivity and accuracy of the developed method.
