Resonators TRIZ Cases
- Modular Cavity Filter with Rotatable Resonators for Easier Tuning
Planar resonators in magnetically coupled cavity modules cut filter size and weight while easing tuning and reducing manufacturing sensitivity.
- Resonator Buffer Structure for Welded Metal-Dielectric Joints
An intermediate-expansion buffer between the resonant rod and dielectric reduces welding stress, cracking risk, and tuning instability.
- Resonator Fillet Geometry for Precise Deep Drawing and Higher Q
A small connecting arc and four-step deep drawing improve resonator accuracy, elasticity, coupling area, and Q factor while cutting cost.
- Coaxial Double-Motor RF Filter Tuning With Independent Shafts
Independent coaxial shafts automate RF filter screw and nut tuning, improving pass-band adjustment consistency while reducing labor dependence.
- Composite Resonator Assembly for Extended Phase Shifting
A third resonator and surrounding reference conductor extend phase control and filtering flexibility beyond single resonator limits.
- Compact Filter Layout Using Recessed Grounded Substrate
Recessed substrate regions under strip conductors and grounded surfaces preserve electromagnetic coupling while shrinking filter size.
- Composite Tuning Structure in Cavity Filters for High Q Linearity
A split conductive and non-conductive tuning part improves cavity filter tuning while suppressing radiation and preserving linearity.
- Glass-Core Millimeter Wave Components for Compact 3D Integration
Laser-etched glass cores embed millimeter wave resonators and couplers to cut footprint, lower insertion loss, and raise bandwidth density.
- Dielectric Resonator Coupling Holes for Low-Loss Out-of-Band Suppression
Offset blind coupling holes enable tunable negative coupling in dielectric filters, improving out-of-band suppression without added loss.
- Josephson Resonator Oscillator Layout for Compact Stable Coupling
Electromagnetically coupled Josephson resonators shrink oscillator size while preserving stable frequency and reducing coupling loss.
- Multi-Type Filter Assembly With Offset Windows for Notch Control
Offset cavity windows tune notch and skirt characteristics in a cavity-dielectric filter assembly without separate metal crossbars.
- Coaxial Filter Reconfiguration With Dual Dielectric Tuners
Movable dielectric tuners at both resonator ends enable compact coaxial filters with tunable frequency and bandwidth, low loss, and high power handling.
- Spherical Plasmon Open Resonator for Omnidirectional Superscattering
A spherical spoof-plasmon resonator boosts subwavelength scattering in all directions and polarizations while keeping frequency tunable.
- Resonant-Cavity RF Power Combiner for Cooling and Bandwidth
Grounded resistors outside a resonant cavity improve RF combiner cooling and widen bandwidth at higher power and frequency.
- Dielectric Filter Groove Structure for Compact High-Selectivity Coupling
Integrated groove coupling between dual-mode and single-mode resonators shrinks dielectric filters while preserving selectivity and reducing spurious issues.
- Stepped Cavity Filter Structure for Lower Insertion Loss
Inclined inner-wall extension sections enlarge resonant cavity volume, cutting insertion loss while easing demolding and reducing filter size.
- Tunable Resonator Filter With Movable Bar for Wide Frequency Coverage
A movable bar inside overlapping resonator elements tunes cavity frequency across bands, reducing the need for multiple fixed filters.
- Multimode Strip Line Multiband Filter for Compact 5G Radio Units
Multimode strip line resonators combine multiple bands without a bulky common cavity, cutting 5G radio size and weight while preserving filter loss performance.