Antenna Feed Intermediates TRIZ Cases
- RFID Antenna Pattern Production Without Chemical Etching
A continuous-substrate process forms dipole antennas and back-side sub-elements by cutting metal foil, reducing RFID inlay production cost and steps.
- Half-Sheath Dipole Antenna Structure for Lossy Media Transmission
A half-sheath dipole with oversized spherical electrodes and low-conductivity sheath material improves transmission through lossy media.
- Varactor-Loaded Comb Reflectarray for Wide-Angle Beam Steering
DC-biased varactor comb unit cells create a programmable reflection phase gradient, steering reflectarray beams widely without phased-array complexity.
- Curved Omnidirectional Antenna for Low-Attenuation Hemispherical Coverage
A curved 3D radiating element on a hemispherical support improves omnidirectional coverage at low attenuation and above background noise.
- Stacked Radiating Elements With Passive Phase Delay for Bandwidth
A passive structure between stacked radiating elements adds phase delay to widen impedance bandwidth while preserving antenna directivity.
- Folded Dipole Antenna Layout for Broad VHF/UHF Coverage
Folded conductors with reflector and director sections improve directive radiation power and extend coverage across VHF, UHF, and lower VHF bands.
- Varactor Reflectarray Beam Steering With Comb-Shaped Unit Cells
DC-biased varactor diodes in comb-shaped reflectarray cells replace phase shifters, enabling precise wide-angle beam steering with lower complexity.
- Liquid Crystal Antenna Layout for Dual Polarization
Orthogonal feed directions and liquid crystal phase shifters simplify dual-polarized antenna layout while preserving phase control.
- UWB Signal Pipe Survey for Soil Void Detection
A transmitter unit sends ultra-wideband signals through pipeline walls to detect soil interfaces.
- Planar Optoelectronic Device for High-Power Microwave Signal Generation
A planar optoelectronic device divides an optical beam into elementary beams to drive series-connected photodiodes forming a radiating antenna.
- RFID Tag Antenna V-Shape Design for Detuning Reduction
Segmented symmetrical v-shaped antenna design minimizes detuning from metals and liquids, ensuring reliable read ranges.