Circuit board structure with segmented dielectric substrate and conductive layer electrically couples grounding sheets to feeding sheets.
Radial clamping members compress opposing waveguide flanges, resolving assembly accessibility restrictions in compact satellite systems.
Unwound-rewound spiral transmission lines reduce hybrid coupler volume by fifty percent while maintaining insertion loss.
A dielectric choke structure confines electromagnetic waves using nested conductive patterns and high-permittivity materials.
Multi-stepped coupling rods resolve bandwidth limitations by varying ground space distances across segmented quarter-wave sections for high-power handling.
Segmented capacitors and an impedance element enable board integration, resolving the trade-off between miniaturization limits and directivity performance.
Vertical stacking of conductor levels provides 12 kV dielectric strength while minimizing transmission loss in high-voltage applications.
A modified hybrid ring phase shifter integrates a five-port topology with an RF switch to reduce area occupancy and improve insertion loss.
A printed circuit board connects a coaxial cable inner conductor to a strip line using inductive coupling between cover plates and the substrate.
A single moving part varies electrical path lengths to shift phase and distribute power simultaneously.
Stripline bandpass filters segment signal paths to resolve combining efficiency deterioration when handling harmonics with different power and frequency levels.
A directional coupler uses a second coupled line with at least twice the impedance of the first to achieve broadband coupling.
Variable curvature radii in the resonator maintain Q-factor stability during frequency tuning while increasing rejection band attenuation.
A measuring coupler routes signals via strip conductor technology combining coaxial and waveguide inputs for ultra-broadband applications.
Tapered waveguide portions reflect low-frequency signals while passing high-frequency ones, resolving interference in satellite communication systems.
A waveguide propagation apparatus integrates a conductive pin and solder ring to link microstrip lines directly to waveguides.
A two-way microwave power divider uses Klopfenstein tapered transmission lines to split signals with low insertion loss.
A directional coupler uses stacked transmission lines to maintain stable electromagnetic coupling across high frequency bands.
A substrate integrated waveguide coupling arrangement transfers microwave signals between motherboard and module conductors via a slot interface.
Nested unit element conductors create compact coaxial transmission lines that combine signals while rejecting thermal noise to improve signal-to-noise ratio.
A directional coupler employs a substrate opening to approximate phase velocities, improving directivity without increasing circuit size.
Angular transmission lines reduce the area of branch-line couplers on printed circuit boards while maintaining high isolation and coupling performance.