Electrically Conductive Connections TRIZ Cases

Jogged vertical connector contacts equalize right-angle signal lengths, eliminating skew in orthogonal midplane assemblies.

Polygonal fixing element and contact module enable automated assembly, supporting 3000 MHz speeds while reducing radiation leaks.

Segmented flanks and asymmetric undercuts resolve identification visibility versus device complexity.

Bent spring tabs maintain spatial alignment and electrical conductivity while compensating for axial tolerance in high frequency applications.

A pluggable spring-like contact element connects to printed circuit board plated-through holes via reversible deflection for manual insertion.

A coaxial connector sleeve reciprocates to expand a collet and engage a locking arm.

A terminal block integrates vent holes within a movable fastener storage unit to enable secure connection and effective ventilation.

A connector design merges cable holding portions to enable simultaneous terminal accommodation and automated connection.

A connector uses a cuttable tab on its clip to electrically link or isolate the conductive shell from the frame body.

Insulating tab sections separate jumper contacts from busbars to prevent incorrect wiring and enable easy detachment.

A flat diode configuration with an enlarged contact surface enhances thermal conductivity within a solar module connection device.

Shield caps and conductive ink coatings block alien crosstalk between adjacent connectors, maintaining signal integrity at high transmission frequencies.

Perpendicular side walls with multiple fasteners accommodate circuit boards in various orientations, resolving inflexibility of traditional fixed housings.

An electrical connector integrates elastic differential contacts within a standard housing to transfer high-speed signals alongside nonelastic pins.

Segmented contact carriers reduce production costs for small series while maintaining reliable electrical connections.

Angled side walls on the intermediate segment manage impedance and insertion loss across increased connector height.

Merges core wire and inner terminals as capacitor electrodes to remove lead wires, resolving double crimping bottlenecks that reduce assembly productivity.

A connector assembly uses an indicator region to emit distinguishable light for automated verification.

A conformal pin organizer surrounds signal contact necks with dielectric material to maintain consistent impedance across the mounting interface.

Segmented detection terminals accommodate manufacturing tolerance variations in electric car systems, ensuring secure connection without damaging exposed wires.

A protective cap shields contact arms on an electric terminal assembly.

A piercing connector uses a blind insert slot to guide stranded wires into position for reliable electrical contact.

A connection plug uses a hard metal clamping section to enable tool-free insertion and removal of electrical conductors.

Segmenting the connector into distinct material zones resolves thermal conductivity trade-offs while maintaining structural integrity under pressing forces.

Integrated circuitry in smart cables performs self-identification and authentication, resolving compatibility issues while managing manufacturing complexity.

A coaxial connector uses a thinned sidewall compression band to radially deform and securely engage the cable.

Positioning connections at less than 180 degrees reduces assembly time and prevents damage from excessive cable bending.

An elastomeric inner ferrule reduces electrical resistance and improves pull-off force by conforming to braided shields.

A connector assembly uses a main body holding point to support an external jig during housing coupling.

Segmented base and universal modules eliminate soldering by using relay load contacts to bridge structural gaps, reducing manufacturing complexity.

An integral joint fuses the inner ring and shield shell, eliminating two crimping steps that increase labor time while securing the shielding member.

A connector assembly uses a rotating inner sleeve to actuate a spring and unlock mating components.

A universal medical connector accommodates single, double, or triple-lumen tubing configurations through a bayonet engagement mechanism.

A semiconductor control board uses a GND loop breaking slit to stabilize ground potential across integrated circuits.

A coaxial connector uses a radial spring ground interface to isolate printed circuit boards from mechanical loads.

Segmented housing and resilient contacts maintain engagement with bent conductors during printed circuit board replacement, reducing maintenance time.

Metallized dielectric cores shield connector terminals, reducing crosstalk between adjacent signal paths.

Segmented lossy material minimizes crosstalk while maintaining signal integrity without significant attenuation.

A side-loaded RF connector assembly mounts receptacle units into housing cavities with solder tails for direct circuit board attachment.

Overlapping ground terminal contact pieces in a coaxial connector resolve interference issues while maintaining electrical characteristics.

A compliant pin and insulation displacement connector merge into a single electrical contact unit.

A smart socket uses feedback pins to form a circuit with a smart plug, extracting appliance identification codes from the connected device.

Shielding members within the coupler body isolate adjacent differential pairs to reduce crosstalk and preserve signal integrity across network devices.

A modular connection socket switches between front and rear orientations to serve internal or external patch cord paths within a communication box.

Parallel cantilever ground springs align with the fitting direction to suppress electrical loss and induced phenomena.

Integrating functional elements like fuses and diodes onto modular contact inserts resolves the trade-off between versatility and structural complexity.

A conductive housing cable connector joins data wires via insulation displacement contacts.

Segmented housing design allows moderate connection force while preventing disengagement, reducing manufacturing costs by tolerating dimensional variations.

Segmented inserts guide conductors into position, preventing damage during flexible assembly while maintaining reliable electrical continuity.

Accommodating holes with stopping and position limiting portions constrain terminal and conductor movement within an electrical connector.