Strip/Foil Conductors TRIZ Cases

Air gaps and segmented wire bundles help a flexible cable maintain impedance matching and cut reflection during high-speed bending.

A copper core in a stainless steel sheath uses TIG welding plus brazing to cut resistance and oxidation in high-temperature electrochemical systems.

Corner void ratio control lets thick copper bus bar strips bend edgewise with fewer cracks while preserving shape and conductivity.

Multiple resin tubes and adhesive tape isolate a bent flat conductor without wrinkles, keeping insulation dimensions stable and coverage accurate.

Copper-graphene coated stator wire bundles cut AC skin effect resistance while preserving conductivity, insulation, and motor efficiency.

A copper core inside a TIG-welded stainless steel sheath cuts ohmic loss while protecting against oxidation in high-temperature cells.

Lower-conductivity inner-face coatings damp DC-link resonances and EMI by filtering high-frequency currents in EV conductor assemblies.

Segmented strands, air gaps, and foil shielding help a flexible cable keep impedance matching and cut reflection during high-speed bending.

A braided sheath combines metallic strands and optical fibers to cut harness mass while preserving EMI shielding and arc flash detection.

A hybrid polyimide-PTFE jumper cable replaces bulky coaxial links, combining heat resistance, low signal loss, and magnetic plug attachment.

Layered conductors, dielectric vias, and mounted LEDs integrate lighting into vehicle windows without stressing laminated glass.

Sectioned superconducting and copper tape stacks balance coil critical current along the length while reducing tape use in strong-field magnets.

Thicker insulation on selected flat conductor sides prevents bending damage in vehicle wiring while avoiding extra material and slower production.

Helically wound conductive and insulating tapes bridge flexible pipe armour layers to cut cathodic protection attenuation and end-fitting frequency.

Integrated cylindrical mount bodies let anodes attach along flexible pipes, reducing end fittings, attenuation effects, and corrosion risk.

A tubular exterior member seals the three-phase bus bar section to terminal blocks, blocking moisture while absorbing dimensional tolerance.

A layered carrier, dielectric, and via structure embeds LEDs in vehicle windows without stressing the glass, enabling thicker electronics.

Adjacent enameled wires wrapped in copper foil raise copper filling rate while suppressing AC loss and reducing DC loss in transformers.

Additive fabrication forms cable connectors and fused seams on IC substrates to cut resistance, EMI, latency, and insertion loss.

Using aluminum-zirconium alloy strands, this tree wire retains conductor strength at emergency temperatures to reduce wildfire risk.

Coldspray-built connectors and fused cable seams create low-ohmic IC assembly links while reducing socket complexity, power loss, and stress.

Integrated cylindrical mounting points let anodes and ancillary equipment be fixed along flexible pipes, reducing end fittings and corrosion risk.

A helically wound conductive and constraining tape layer keeps tensile armour wires electrically continuous while adding radial support.

Distributed anode mounting on a recessed cylindrical body protects flexible pipes from seawater corrosion while reducing end fittings and installation complexity.

A high-frequency signal line uses a strip-shaped protrusion on the ground conductor to create a wavy pattern that maintains consistent characteristic impedance.

A motor vehicle power cable uses opposing flat conductors to cancel electromagnetic interference while improving heat dissipation.

Metal particles in the adhesion layer bridge conductor cracks to restore conductivity and extend cable lifespan.

Adhesive film tape bridges lacquer meniscus gaps at side edges of conductor ribbons, preventing leakage currents and reducing production effort.

Replacing ultrasound sonotrodes with laser welding via a flush contact zone resolves the contradiction between connection reliability and cable size reduction.

A bending gripper applies tensile stress to a sheathed cable, causing the shielding foil to tear cleanly along a predetermined breaking point.

A flat bus bar power line with foil shielding reduces field propagation in vehicle electrical systems.

A flat flexible cable design reduces inductance and mutual inductance through its geometric configuration.