Fixed Station Waveguides Transmission Systems TRIZ Cases

Couplers launch guided electromagnetic waves along transmission media to expand bandwidth capacity without adding electrical return paths.

A multi-phase driver topology encodes data across three signal wires using specific voltage levels to manage transmission states.

Segmented connector bodies with periodic conductive elements confine electromagnetic fields and reduce signal loss across sharp bends.

A dielectric stub coupler launches guided electromagnetic waves along a transmission medium for efficient data transfer.

An RF interface device converts data signals to radio frequency waves for transmission over coaxial cables.

Rigid dielectric members coupled in a ball and socket configuration propagate guided electromagnetic waves without electrical return paths.

A dielectric waveguide couples electromagnetic waves to a wire surface without direct electrical contact.

A multi-phase encoding scheme maps data to phase transitions and polarity changes across three conductors.

A composite right/left-handed metamaterial assembly applies reverse group delay to millimeter-wave signals.

A guided wave communication system transmits network management traffic using electromagnetic waves bound to a transmission medium without an electrical return path.

A surface wave converter distributes input signals via multiple waveguide adapters mounted around a conduit circumference to jointly excite electromagnetic waves.

A capacitively connected antenna resonator minimizes electromagnetic wave reflection and phase-shifting from metal vehicle bodies to preserve signal amplitude.

Conductor unit structures surround coupling units to reflect leaking waves back into the propagation path, reducing energy loss and radio interference.

A quasi-optical coupling device transmits millimeter-wave signals as guided waves along utility wires.

A dielectric waveguide coupler couples electromagnetic waves to a transmission medium surface.

Wrapped conductive structures propagate data as surface waves on power lines, enabling broadband connectivity without new infrastructure.

A guided surface waveguide probe synthesizes a wave front at a complex Brewster angle to excite electric fields.

A dielectric waveguide coupler transmits electromagnetic waves along wire surfaces without direct electrical contact.

A guided wave communication system identifies and catalogs network-addressable IoT devices by monitoring traffic at the service provider network edge.

A guided surface waveguide probe launches electromagnetic fields along lossy conducting media using synthesized wave fronts.

Couplers launch and extract guided waves bound to a transmission medium, reducing propagation loss while supporting increased bandwidth demands.

A dielectric antenna couples to a conductorless core that guides electromagnetic waves to an aperture.

A protection circuit executes multiple waves of countermeasures with variable intervals to obscure the reaction zone.