Inductances TRIZ Cases
- Rotating LiDAR Optical Link for Compact Sensor Assembly
Optical links replace slip rings in a rotating LiDAR, simplifying assembly while improving compactness, data transfer, and reliability.
- Air-Gap Transformer Layout to Minimize Fringing Losses
Strategic air-gap placement and minimal winding passage reduce fringing, eddy current losses, and core saturation in transformers.
- Rotating LiDAR Circuit Board Assembly With Optical Data Link
Wireless optical communication and electromagnetic rotation cut LiDAR alignment and assembly complexity while keeping compact ranging performance.
- Differential T-Coil Layout for Higher Inductance Density
Overlapping differential T-coils at different vertical levels raise inductance density, save mounting area, and widen bandwidth.
- Superconducting Current Lead Structure for Radiant Heat Shielding
A low-emissivity heat shield layer on the outer current lead cuts radiant heat input and helps keep the superconducting coil stable.
- Rotating LiDAR Assembly With Optical Data Link and Compact Alignment
Integrated boards, wireless power, and an optical data link simplify rotating LiDAR assembly while preserving alignment, resolution, and reliability.
- TaN Superconducting MMIC Passive Layers for Dual-Temperature Operation
TaN passive layers cut conductor loss at cryogenic temperatures while metal contacts preserve MMIC functionality at room temperature.
- Segmented High-Voltage Transformer for Medical Imaging
Segmenting the transformer into elementary units with balancing capacitors reduces mass and production costs while maintaining high-voltage isolation.