Elongated Resistive Element TRIZ Cases

A helical resistive path on a cylindrical substrate lowers electric field intensity, helping high-voltage dividers avoid partial discharge and breakdown.

Raised insulator elements beside resistive traces manage electric stress, reducing partial discharge and breakdown in compact high-voltage dividers.

Rounded and sloped helical resistive traces on a cylindrical substrate reduce electric field peaks and improve voltage divider withstand.

A low-resistivity junction section between the terminal and resistive trace limits metal migration, stabilizing resistance in high-voltage dividers.

An insulator film between the ceramic substrate and resistor layers blocks metal diffusion and seals pores to improve high-voltage accuracy and withstand.

An added insulator element beside the resistive path reduces electric stress and dielectric failure risk in high-voltage divider resistors.

A lower-resistivity junction section buffers terminal-to-trace contact, limiting metal migration and stabilizing high-voltage resistance.

A spherical temperature-sensitive film delivers uniform thermal response from any flow direction, improving flow-rate detection accuracy.

A titanium foil laminated on resin film raises resistance while improving strength and flexibility for stable low-cost temperature sensing.

By embedding a meandering resistance member into a substrate recess, this case improves heat conduction and supports higher power chip resistors.

A platinum temperature sensor element uses selective reinforcement paste to enhance joining strength and conductivity between lead wires and internal electrodes.

Screen printing a helical trace on a cylindrical substrate eliminates peak electric field intensities found in serpentine designs.

Variable spacing between annular coils compensates for voltage differences, resolving non-uniform field issues in conventional designs.

A resistance alloy contact element connects a power electronics substrate to an electrical conductor while serving as a current measurement shunt.

Offset insulators configure a sinusoidal resistance wire coil to minimize shadowing and maximize heat transfer efficiency while reducing vibration resonance.

Adding a dummy layer over the serpentine structure compensates for manufacturing variations, ensuring fabricated resistance matches design targets.

A multistage open coil heater positions terminals at the cool end to simplify assembly and reduce thermal stress on electrical connections.

Slits partition the resistor layer to prevent surface non-uniformity from sintering, enabling precise resistance value control while maintaining device area.

A non-planar metal resistor uses a trench sidewall to define a discontinuity along the trench length.

Elongated cylindrical resistor body uses internal nodes and members to create openings for cooling fluid flow through the component.

A meander resistor layout positions heads away from body corners to mitigate electrostatic discharge risks.