A dielectric waveguide with an electrode array guides electromagnetic waves across arbitrary frequency bands using lateral vibration modes.
Folded conductive elements in sub-wavelength FSS structures eliminate bulky transceiver filters while reducing angle of incidence sensitivity.
Folded plates with capacitive loads achieve wide bandwidth without increasing thickness, reducing sensitivity to signal incidence angles.
Waveguide cavities transmit microwave signals between circuit boards, eliminating mechanical contact wear and vibration-induced connection failures.
Asymmetric stub conductors in a nonreciprocal transmission line minimize phase shift variations, preventing beam squint in leaky wave antennas.
A dielectric waveguide transmission medium guides electromagnetic waves along a core structure to enable efficient signal propagation.
Through holes in the short circuit plane allow separate layering fabrication of the waveguide unit and absorber insertion, resolving manufacturing complexity.
An 8x8 hybrid matrix waveguide network with identical cross-sectional dimensions resolves phase split instability to enhance bandwidth capacity.
A duplex filter with a recessed top pattern and cavity isolates transmit and receive sections, improving frequency selectivity and reducing cross-talk.
Rib-supported conductive shields maintain radial air gaps around the dielectric cladding, reducing crosstalk and signal loss while minimizing material costs.
Coupled stepped impedance lines and spur-lines suppress harmonic interference in high-frequency circuits, reducing the DC block footprint by up to 30 percent.
A dielectric waveguide with sinusoidally varying width generates high-gain pencil beams through amplitude modulation.
A cavity-backed coplanar waveguide transition converts TEM to TE01 modes using a three-step taper.
Grounded vias through resonator holes narrow effective cavity width, increasing wave attenuation without affecting adjacent coupling.
A microstrip transmission line with edges covered by a second dielectric material having higher relative permittivity.
A high-frequency signal line uses segmented ground conductors to maintain impedance while enabling flexible bending.
A substrate integrated waveguide switch uses reconfigurable electromagnetic band gap structures to route signals.
Dual-mode SIW square cavities couple coplanar waveguide resonators to enable flexible channel frequency allocation.
Non-overlapping main and sub-lines restrict odd mode generation while a phase adjusting circuit shifts signal phase to improve directivity.
Segmented electrode structures resolve engineering flexibility limits by enabling greater than 100 GHz bandwidth with low drive voltage.
A dielectric waveguide transmits electromagnetic energy to rectifier devices for galvanic isolation.
Embedded directional couplers with variable capacitances minimize parasitic impedances to reduce insertion loss.
A coaxial microstrip conversion circuit uses a waveguide with specific through holes to connect conductors.