Optical Waveguide Light Guide TRIZ Cases
- Dual-Mode Receiver With Integrated Dispersion Compensators
A dual-mode integrated receiver uses parallel photodetectors with dispersion compensators to enhance optical signal clarity.
- Opto-Electronic Circuit Board Waveguide Horizontal Signal Coupling
Horizontal waveguide coupling eliminates vertical path changes in opto-electronic boards, preventing signal distortion and improving transmission accuracy.
- Optical Waveguide Photodiode Contact Area Reduction
Reducing the second contact layer area inside the light absorption layer suppresses peripheral photocarrier losses and improves element reliability.
- Taper-Based Spot-Size Converter With Optical Buffering Layer
An optical buffering layer buffers against refractive index variations while guiding input modes, reducing insertion loss and enhancing robustness.
- Polycrystalline Silicon Waveguide Grain Orientation
Thermal treatment aligns polycrystalline silicon grains perpendicular to the substrate, reducing surface morphology and light scattering in optical waveguides.
- Angled Active Layer Vertical Optical Coupling Structure
An angled active layer decouples from a waveguide core to minimize scattering losses and improve coupling reliability.
- Spot-Size Conversion Structure for Photonic Device Coupling
A spot-size conversion structure uses segmented sub-waveguide layers to transition light between an integrated optical waveguide and an optical fiber.
- Optical Resonator Neural Network for High-Speed Signal Transfer
Optical resonators and waveguides replace electronic memory to overcome information exchange speed limits in neural networks.
- Mode Conversion Waveguide With Symmetric Cavity
A mode conversion waveguide system uses a symmetric cavity within a multimode interference region to reflect light and convert optical modes.
- Rib Waveguide Shadow Doping for Lithography Limits
Shadow doping overcomes lithographic precision limits by creating precise doped slab and sidewall regions in rib waveguides.
- Silicon Waveguide Platform with Buried Porous Silicon Tapers
Buried porous silicon tapers enable efficient mode conversion between varying waveguide depths, avoiding costly ion slicing methods.
- Evanescently Coupled Germanium Ring Resonator for Extended Wavelength Detection
A germanium layer evanescently couples to a ring resonator to absorb guided light and convert it into electrical signals.
- Ferroelectric Slot Waveguide Phase Shifter for FEOL Integration
A ferroelectric center layer forms a slot waveguide between conducting electrodes to generate a vertical electrical field.
- Thin Waveguide Metal Grating Fabrication for Precise Light Diffraction
Photoresist patterning and metal filling in a sub-100nm waveguide create highly reflective gratings with controlled critical dimensions.
- Resonant Electrode Light Control Element for Low Voltage Modulation
A light control element uses odd mode coupling between resonant electrodes to modulate optical phase with low driving voltage.
- Silicon Waveguides with Substrate Airgaps for Mid-Infrared Loss Reduction
Replacing silicon dioxide cladding with airgaps reduces electromagnetic absorption, enabling efficient light confinement in photonic chips.