To improve the input-output coupling loss of a vertically coupled microring resonator filter, we fabricated microring resonators on an antiresonant reflecting optical waveguide (ARROW) with a large spot size and on the rectangular busline waveguide with a spot-size transformer. The spot size and the tapered structure were optimally designed from the viewpoint of spot-size matching to single-mode fibers and the reduction of radiation loss. Clear dropping responses were demonstrated for the ARROW-based microring resonator filters, and the coupling loss was successfully reduced by 22 dB
The highly sensitive nature of slot waveguide micro-resonator power couplers is discussed with respe...
The highly sensitive nature of slot waveguide micro-resonator power couplers is discussed with respe...
We report high refractive-index contrast microring resonators laterally coupled with waveguide cross...
To eliminate the sattering loss at the crossing points of cross grid busline waveguides, a multileve...
To eliminate the scattering loss at the crossing points of cross-grid busline waveguides, the multil...
We experimentally and numerically study silicon nitride-based laterally waveguide-coupled microreson...
The add/drop wavelength filter is an essential component in the new-generation photonic network. Mic...
The highly sensitive nature of slot waveguide micro-resonator power couplers is discussed with respe...
The highly sensitive nature of slot waveguide micro-resonator power couplers is discussed with respe...
The highly sensitive nature of slot waveguide micro-resonator power couplers is discussed with respe...
The highly sensitive nature of slot waveguide micro-resonator power couplers is discussed with respe...
The highly sensitive nature of slot waveguide micro-resonator power couplers is discussed with respe...
The highly sensitive nature of slot waveguide micro-resonator power couplers is discussed with respe...
The highly sensitive nature of slot waveguide micro-resonator power couplers is discussed with respe...
Utilizing the small bending radius of high index contrast optical waveguides, ultra-compact optical ...
The highly sensitive nature of slot waveguide micro-resonator power couplers is discussed with respe...
The highly sensitive nature of slot waveguide micro-resonator power couplers is discussed with respe...
We report high refractive-index contrast microring resonators laterally coupled with waveguide cross...
To eliminate the sattering loss at the crossing points of cross grid busline waveguides, a multileve...
To eliminate the scattering loss at the crossing points of cross-grid busline waveguides, the multil...
We experimentally and numerically study silicon nitride-based laterally waveguide-coupled microreson...
The add/drop wavelength filter is an essential component in the new-generation photonic network. Mic...
The highly sensitive nature of slot waveguide micro-resonator power couplers is discussed with respe...
The highly sensitive nature of slot waveguide micro-resonator power couplers is discussed with respe...
The highly sensitive nature of slot waveguide micro-resonator power couplers is discussed with respe...
The highly sensitive nature of slot waveguide micro-resonator power couplers is discussed with respe...
The highly sensitive nature of slot waveguide micro-resonator power couplers is discussed with respe...
The highly sensitive nature of slot waveguide micro-resonator power couplers is discussed with respe...
The highly sensitive nature of slot waveguide micro-resonator power couplers is discussed with respe...
Utilizing the small bending radius of high index contrast optical waveguides, ultra-compact optical ...
The highly sensitive nature of slot waveguide micro-resonator power couplers is discussed with respe...
The highly sensitive nature of slot waveguide micro-resonator power couplers is discussed with respe...
We report high refractive-index contrast microring resonators laterally coupled with waveguide cross...