Add to ORKGA novel polarization splitter based on a 2-D grating coupler in a SOI waveguide is demonstrated. The device couples orthogonal modes from a single-mode fiber into identical modes of two ridge waveguides. The extinction ratio is better than 18dB in the wavelength range 1530nm-1560nm and the coupling efficiency is 20%
This thesis describes a novel waveguide component in integrated optics called a multifunctional grat...
We present the first unique design of a polarization-independent dual-wavelength splitter for wavele...
We present the first unique design of a polarization-independent dual-wavelength splitter for wavele...
We demonstrate a novel polarization splitter based on a two-dimensional grating etched in a silicon-...
We present in this work a one-dimensional grating coupler that serves as polarization splitter to co...
A compact directional coupler-based polarization splitter is designed and realized using silicon-on-...
A compact polarization beam splitter is demonstrated in SOI employing a 1×3 wedge-shaped MM...
Grating couplers are a promising approach to implement efficient fiber-chip coupling. However, their...
A compact polarization beam splitter is demonstrated in SOI employing a 1x 3 wedge-shaped MM1 couple...
A novel guided-wave optical power coupler is presented, based on two 2x2 50/50 multimode interferenc...
A novel guided-wave optical power coupler is presented, based on two 2x2 50/50 multimode interferenc...
A four-port grating coupler with etched square holes is proposed and demonstrated for surface-normal...
We demonstrate highly efficient couplers in a two-dimensional grating configuration for a vertical f...
A high coupling efficiency silicon grating which serves both as a high extinction ratio polarization...
A novel and simple polarization independent grating couplers is designed and analyzed here, in which...
This thesis describes a novel waveguide component in integrated optics called a multifunctional grat...
We present the first unique design of a polarization-independent dual-wavelength splitter for wavele...
We present the first unique design of a polarization-independent dual-wavelength splitter for wavele...
We demonstrate a novel polarization splitter based on a two-dimensional grating etched in a silicon-...
We present in this work a one-dimensional grating coupler that serves as polarization splitter to co...
A compact directional coupler-based polarization splitter is designed and realized using silicon-on-...
A compact polarization beam splitter is demonstrated in SOI employing a 1×3 wedge-shaped MM...
Grating couplers are a promising approach to implement efficient fiber-chip coupling. However, their...
A compact polarization beam splitter is demonstrated in SOI employing a 1x 3 wedge-shaped MM1 couple...
A novel guided-wave optical power coupler is presented, based on two 2x2 50/50 multimode interferenc...
A novel guided-wave optical power coupler is presented, based on two 2x2 50/50 multimode interferenc...
A four-port grating coupler with etched square holes is proposed and demonstrated for surface-normal...
We demonstrate highly efficient couplers in a two-dimensional grating configuration for a vertical f...
A high coupling efficiency silicon grating which serves both as a high extinction ratio polarization...
A novel and simple polarization independent grating couplers is designed and analyzed here, in which...
This thesis describes a novel waveguide component in integrated optics called a multifunctional grat...
We present the first unique design of a polarization-independent dual-wavelength splitter for wavele...
We present the first unique design of a polarization-independent dual-wavelength splitter for wavele...