Coupling Contact Members TRIZ Cases

Cover plate convexes embed into signal terminal body holes, guiding twisted pairs and preventing wire exposure during installation.

Combining thermotropic liquid crystalline polymers with hollow inorganic fillers reduces signal loss in 5G communications by lowering the dielectric constant.

A stamped copper alloy contact insert supports a torsion spring via integrated fastening means to secure electrical conductors.

Radial push-in terminals reduce housing volume while maintaining reliable high-current connections.

Crossed fourth and fifth gold-plating contacts offset positive and negative electric charges, reducing noisy signal interference in the network connector.

A staircase-shaped card socket housing enables two cards to insert on top of each other within a single unit.

A reticulated foam plug creates a dielectric barrier within the injection port of high voltage cable connectors.

An RF socket contact employs an odd number of cantilevered deflectable beams to resolve manufacturing scrap and fragility trade-offs in high-volume production.

Electrodeposit silver-tungsten alloy coatings to prevent wear-induced resistance increases in electrical connectors.

Segmented blade contacts reduce voltage sag during rapid switching without adding capacitors.

Discrete circuit contacts bridge mating interfaces and printed circuits, reducing near-end crosstalk and return loss through optimized signal paths.

Deflectable spring finger gap fillers span the air gap between mated connectors to maintain controlled impedance and reduce cross talk.

An inverted cantilever spring in a conductive shell blocks electromagnetic wave conduction paths to reduce interference.

A pick-up cap with side walls and latches remains within housing boundaries to secure an electrical connector.

Replacing mechanical metal blades with electromagnetic induction windings on multilayer PCBs reduces connector size while maintaining reliable power transfer.

A connector stabilizer shifts to locate male terminal blades within the socket cavity.

An elastic plate on the cover member contacts SATA terminals to prevent pin bending and maintain conductivity during male connector engagement.

Segmented flexible lamellae with an annular compression member reduce insertion force while maintaining high vibration resistance and low electrical resistance.

Segmented elastomeric connectors bypass backplanes to eliminate parasitic effects and impedance discontinuities in high-speed interconnects.

Segmented elastic arms accommodate uneven terminal heights to resolve planeness precision trade-offs and enhance signal integrity in high-speed connectors.

Segmented ground elastic pieces shield signal terminals, reducing crosstalk between adjacent conductors in electrical connectors.

A nickel-cobalt alloy contact with controlled sulfur content and particle size delivers high conductivity and Young's modulus.

A circuit board connector apparatus integrates a reinforcing fitting with the housing to prevent width upsizing.

A silver-based composite block coated with silver powder undergoes isostatic pressing, sintering, and hot extrusion to form a strand-like semi-finished product.

A connector with a double-layer silver plating structure lowers contact resistance and prevents high resistance spikes when the first layer is abraded.

Conductive arm parts disperse stress evenly to prevent plastic deformation, maintaining holding force and repairability.

Identical electrical connectors engage via aligned terminal recesses and locking mechanisms to ensure secure mechanical and electrical connections.

Segmented contactor spring body with recesses increases cross-sectional area for heat conduction while maintaining mechanical flexibility during IC testing.

A press-fit terminal uses an elongated opening with linear and inclined portions to distribute contact load across the conductive structure.

Sliding housings enable contact movement to resolve position offset while reducing component count and assembly workload.

Integrating a mating connector into a speaker aperture eliminates external ports, resolving the trade-off between waterproof sealing and aesthetic design.

Segmented elastic body eliminates stake effect warping, ensuring tight contact for high-frequency signal transmission.

Box-like connector assembly uses parallel internal passages and lateral guiding shoulders to align flat pins for stable electrical contact.

Stacked conductive bodies with radiating arms position terminals in a common plane, preventing electrical shorts while minimizing assembly thickness.

Perpendicular grooves in terminal sliding contacts prevent adhesion abrasion powder buildup, lowering friction and wear.

A connector terminal uses an aluminum base with sequential zinc, copper, and tin layers to achieve stable electrical contact.

A connector design widens power and ground terminals to 0.4 mm for efficient large current conduction.