Electrically Conductive Connections TRIZ Cases

A connector housing integrates an EMI absorber around the cable shield to mitigate leakage at the interface, preserving signal integrity above 10 GHz.

Sealed fiber optic electrical distribution device with stacked conversion assembly and cable tray.

Segmenting the spring into stacked layers reduces stress relaxation and maintains contact normal force under high temperatures.

Leaf spring element in plug connector housing secures cable via elastic bending, accommodating diameter variations without extra parts.

Low permeability steel reduces eddy current heat in terminal mechanisms, maintaining sealing integrity under thermal stress.

A reverse amplifier input connector mounts directly to a forward amplifier output port.

Segmenting the connection into a copper lug and aluminum half jaw reduces part count and heat generation at electrical joints.

Segmented wire guide filter aligns conductors to meet Category 6A standards while reducing manufacturing costs.

A terminal block uses a non-conductive member with C-shaped latch elements to guide conductors across terminals.

Interdigitated contact pads on a wafer translator substrate enable dense component placement while preventing conductive pad damage during electrical testing.

An electrical connector with an annular sealing system prevents moisture ingress around the coaxial conductor.

A connector joins overlapping collective and individual tubular shields in a wire harness, preventing shield performance loss from electrical isolation.

Segmented pipe connection pieces bond directly to shielding pipes, eliminating complex housings and sharp edges that cause high electrical field strengths.

A dovetail swage fastening method joins coplanar edges using a hollow circle punch to create multiple contact points.

An upgradeable patch panel assembly integrates a scanner interface cable to detect jack occupancy status through electrical contacts.

Control circuitry detects welding parameters from existing signals to resolve the trade-off between device cost and measurement precision.

Segmented clamping elements compress radially to engage cable valleys, preventing deformation and simplifying installation.

A DIN rail latch assembly uses a pre-positioned release member to simplify component alignment during manufacturing.

Segmented flexible assemblies resolve impedance mismatch between SFP connectors and circuit boards.

Segmenting wire entry into two depth stages distributes force evenly, resolving the trade-off between high termination speed and excessive manual effort.

Conductive cord wraps cage end to form continuous EMI shield band.

An asymmetric mounting bracket allows the trough to interface with non-symmetrical equipment ports, preventing disturbance of existing cables during connection.

Thin plating on a rectangular conductor lowers proof stress to prevent silicon cell warping while maintaining high electrical conductivity.

Diagonally symmetrical pads enable a flippable connector to maintain signal integrity while eliminating costly MUX switches.

Protruding outer signal terminals match inner terminal impedance, preventing transmission quality degradation when reducing connector pitch.

An elastic bending portion absorbs torque during screw tightening, preventing contact misalignment and damage against through-hole inner surfaces.

A thermally conductive structure attaches to a pad within a semiconductor package body to improve heat transfer efficiency.

A connector plug uses a piercing element to establish electrical contact with the outer conductor of a coaxial cable.

Asymmetric via pad shapes position conductive holes near edges to shorten signal paths and lower capacitance, resolving impedance mismatch in high-speed PCBs.

Coated insulators manage high voltage fields in vacuum environments, reducing arcing along surfaces without gas-tight seals.

Integrally formed spring tabs retain contact modules within connector housings, reducing hardware count and manufacturing costs.

A modular kit integrates electronic circuitry and sensors into communications frames to detect connector presence between fingers.

Downward mounting inverts elastic arm forces to counteract insulating body deformation, extending service life while improving high-frequency shielding.

Rear-mounted latching elements on a separate retaining element prevent premature release and collision during fine-stranded conductor insertion.

A wire connector with a scraper mechanism cuts and joins external and internal wires in lighting apparatuses.

Elastic clamping eliminates gaps between the adaptor and casing to reduce parasitic capacitance and impedance for EMC compliance.

Dedicated heat sinks extract thermal energy from busbars, reducing copper usage by up to 20 percent while maintaining electrical ratings.

Nested retention arms in the cover secure oversized lugs, resolving the space conflict caused by higher aluminum resistivity.

Axially spaced guide surfaces align high-frequency plug connectors before outer conductor contact engagement.

An L-shaped terminal assembly integrates phase separating walls to secure electrical connections on tension spring switches.

An insulating member covers the inner surface of a compressor terminal guard side wall, preventing water intrusion and short circuits.

A DIN jack with a frustoconical lead-in guides signal pins into the tubular socket.

A cable connector housing a snap-fit organizer secures ribbon cables against lateral movement.

Frangible support legs detach after component installation, allowing semi-rigid leads to position the daughter board without extra connectors.

Pullable caps press flexible metal strips to open wire insertion gaps, eliminating disassembly for faster connections.

A leadframe vent extends from the perimeter edge to a mold lock opening, creating an evacuation path for trapped gases during reflow soldering.

Curved gripper members distribute uniform clamping force around the cable circumference, preventing gaps that allow RF radiation penetration.

A push-on RF connector uses a spring-loaded conductive sleeve for rapid cable engagement.

A connector piercing-through structure uses metallic spikes to contact wire cores through insulating sheaths.