A new method for the fabrication of high uniformity monolithic 1 x 4 single mode fused coupler is described together with details of its performance in terms of coupling ratio, spectral response and uniformity. The fabricated device exhibits ultra-broadband performance with a port-to-port uniformity of 0.4 dB. The reliability of such couplers is also evaluated and found to have good stability. Moreover, by controlling the process parameters it is possible to control the power remaining in the through put port of the device, which can be used for dedicated non-intrusive network health monitoring
The design and performance of planar spiral transformers, using multilayer GaAs and silicon MMIC tec...
The 180-degree hybrid coupler was designed to miniaturize in the frequency range from 5 to 10 GHz wi...
A closed-form method for designing a microstrip coupler that has a simple planar structure, tight co...
A new method for the fabrication of high uniformity monolithic 1 x4 single-mode fused coupler is des...
This Thesis deals with the fabrication and characterization of novel all-fiber components for access...
A low-loss, broadband and high fabrication tolerant optical coupler for the monolithic integration o...
In this communication age, consumer internet traffic continues to grow at an exponential rate year o...
The design of a parallel-coupled directional coupler, which has a broadband performance, is presente...
Ultra broadband coaxial couplers are presented. Diaphragm coupled rectangular bars are used to reali...
We present broadband MMI couplers, developed for a novel integration platform on InP with active/pas...
This work describes an ultracompact coherent receiver monolithically integrated on silicon. The cohe...
This work describes an ultracompact coherent receiver monolithically integrated on silicon. The cohe...
Harmonic power combining through a symmetric combiner network has the potential for extending the po...
Couplers are one of the most frequently used passive devices in microwave circuitry. The main funct...
Abstract — This paper presents a novel structure for ultra broadband 4:1 broadside-coupled PCB impe...
The design and performance of planar spiral transformers, using multilayer GaAs and silicon MMIC tec...
The 180-degree hybrid coupler was designed to miniaturize in the frequency range from 5 to 10 GHz wi...
A closed-form method for designing a microstrip coupler that has a simple planar structure, tight co...
A new method for the fabrication of high uniformity monolithic 1 x4 single-mode fused coupler is des...
This Thesis deals with the fabrication and characterization of novel all-fiber components for access...
A low-loss, broadband and high fabrication tolerant optical coupler for the monolithic integration o...
In this communication age, consumer internet traffic continues to grow at an exponential rate year o...
The design of a parallel-coupled directional coupler, which has a broadband performance, is presente...
Ultra broadband coaxial couplers are presented. Diaphragm coupled rectangular bars are used to reali...
We present broadband MMI couplers, developed for a novel integration platform on InP with active/pas...
This work describes an ultracompact coherent receiver monolithically integrated on silicon. The cohe...
This work describes an ultracompact coherent receiver monolithically integrated on silicon. The cohe...
Harmonic power combining through a symmetric combiner network has the potential for extending the po...
Couplers are one of the most frequently used passive devices in microwave circuitry. The main funct...
Abstract — This paper presents a novel structure for ultra broadband 4:1 broadside-coupled PCB impe...
The design and performance of planar spiral transformers, using multilayer GaAs and silicon MMIC tec...
The 180-degree hybrid coupler was designed to miniaturize in the frequency range from 5 to 10 GHz wi...
A closed-form method for designing a microstrip coupler that has a simple planar structure, tight co...