We present a simple technique to determine the design parameters of an optical interconnect system that uses integral planar lenses. The technique is based on the ABCD transformation matrix method. This analysis technique is significantly simpler and more efficient than the previously published methods for finding the design parameters and predicting the coupling efficiency of the system. The proposed method is applied to compute the coupling efficiency of single- and two-level optical systems
Optical interconnects represent an attractive alternative technology for the implementation of dense...
International audienceThe design of miniaturised linear arrays by using isotropic lenses with reduce...
We proposed a scheme for designing an optical launch system that can make the light intensity more u...
An approximate analytical solution involving the evaluation of the overlap integral method has been ...
The coupling of a semi-conductor laser into a waveguide or a fiber has been studied extensively. It ...
The performance of short distance optical interconnections in general relies very strongly on coupli...
We report about the design, fabrication, and experimental testing of PIFSO-type optical interconnect...
The manufacture of complete optical systems can be broken down into three distinct stages; the optic...
The paper presents a new expression for determining the beam parameter product of a multi-emitter la...
The problem of optical design is stated as follows: Given a principal surface r($alpha$), and a maxi...
In this paper we discuss the design of Diffractive Optical Elements that can be used for optical int...
The analysis for defining design parameters of most optical communication systems is customarily acc...
The ability to propagate light around a `circuit\u27 on a single chip has an abundance of applicatio...
Design, fabrication, and experimental testing of an integrated microoptical module for interconnecti...
Abstract—Design, fabrication, and experimental testing of an integrated microoptical module for inte...
Optical interconnects represent an attractive alternative technology for the implementation of dense...
International audienceThe design of miniaturised linear arrays by using isotropic lenses with reduce...
We proposed a scheme for designing an optical launch system that can make the light intensity more u...
An approximate analytical solution involving the evaluation of the overlap integral method has been ...
The coupling of a semi-conductor laser into a waveguide or a fiber has been studied extensively. It ...
The performance of short distance optical interconnections in general relies very strongly on coupli...
We report about the design, fabrication, and experimental testing of PIFSO-type optical interconnect...
The manufacture of complete optical systems can be broken down into three distinct stages; the optic...
The paper presents a new expression for determining the beam parameter product of a multi-emitter la...
The problem of optical design is stated as follows: Given a principal surface r($alpha$), and a maxi...
In this paper we discuss the design of Diffractive Optical Elements that can be used for optical int...
The analysis for defining design parameters of most optical communication systems is customarily acc...
The ability to propagate light around a `circuit\u27 on a single chip has an abundance of applicatio...
Design, fabrication, and experimental testing of an integrated microoptical module for interconnecti...
Abstract—Design, fabrication, and experimental testing of an integrated microoptical module for inte...
Optical interconnects represent an attractive alternative technology for the implementation of dense...
International audienceThe design of miniaturised linear arrays by using isotropic lenses with reduce...
We proposed a scheme for designing an optical launch system that can make the light intensity more u...