Waveguides TRIZ Cases
- Waveguide Conversion Tube for Linear E-Plane and H-Plane Switching
A linear conversion tube with overlapping quadrilateral sections switches RF signals between E-plane and H-plane without bent waveguides.
- Substrate-Mountable Waveguide for PCB Impedance Matching
Metallized dielectric surfaces and an isolated host interface improve PCB waveguide impedance matching while reducing transition loss and size.
- Transmission Line Impedance Sections for RF End Reflection Control
Abrupt and gradual impedance sections at RF line ends reduce connector- and via-induced mismatch, reflection, and insertion loss.
- Multilayer Substrate Waveguide for 90-Degree Signal Routing
An embedded tubular waveguide redirects signals by 90 degrees inside a multilayer substrate, cutting radiation, circuit area, and layout constraints.
- Spatial Power Combiner Fastener Layout Without a Center Post
Peripheral fasteners replace the center post in a spatial power combiner, improving scalability, assembly, and high-frequency packaging.
- Serpentine Slow-Wave Guide Layout for Stable TWT Beam Transport
A folded serpentine slot through the guide thickness stabilizes periodicity, reduces oscillations, and improves beam transport in TWTs.
- Vacuum Waveguide Coupling for Fast PCB Electromagnetic Transfer
A vacuum channel replaces multi-screw waveguide mounting on PCBs, speeding alignment and attachment while limiting transmission losses.
- Embedded Wilkinson PCB Divider Using Resistive Foil for Low-Loss Isolation
Embedding a Wilkinson divider in a multilayer PCB with resistive foil cuts footprint and loss while maintaining high output isolation.
- Coaxial Waveguide Splitter Layout for Dual-Band Polarization Switching
A coaxial circular waveguide layout shortens the high-frequency path to cut loss while enabling dual-band dual-polarization switching.
- Non-Galvanic Waveguide Transition for Chip-Level Interface Isolation
RF-choke quarter- and half-wavelength structures isolate chip-level and standard waveguides while limiting leakage, stress, and assembly difficulty.
- PCB Hollow Waveguide Cavity for Compact Low-Loss Assembly
A PCB-backed hollow cavity waveguide cuts material use and assembly complexity while maintaining precise, low-loss high-frequency transmission.
- RIS Channel Estimation Using Substrate Integrated Waveguides
A passive RIS samples incoming energy through substrate integrated waveguides to estimate channel phase and amplitude without extra RF chains.