Solid-State Devices TRIZ Cases

Segmented dam parts reduce photoresist residues near the sensing area while maintaining adhesive strength for reliable lid attachment.

Capacitive coupling in pixel circuits boosts drive voltages to enhance luminance and image quality while reducing power consumption.

Zigzag pixel groups with integral emission layers prevent defect transfer during solution processing to ensure uniform light emission.

Segmenting the upper cover into a removable thick layer and a thin permanent layer resolves the trade-off between packaging thickness and reliability.

An OLED device moves optically functional fluid between hollow spaces to adjust light properties.

A flexible OLED substrate with matrix penetrated portions transmits light while distributing mechanical load across the panel.

Encapsulant supports antenna elements on carrier pads to prevent solder melting from tilting components during high temperature processing.

A phase-change memory device uses a titanium nitride conductive protective layer and silicon oxygen nitride hard mask to pattern the GST material.

A brightness enhancement stacked layer with pixelized reflective polarizer blocks manages light polarization in self-luminous displays.

Discrete support structures at pixel separation grid points prevent leaning in high-aspect-ratio image sensors, improving reliability and reducing ESD defects.

Shielding plug between dummy and functional word lines eliminates leakage while tightening erase threshold voltage distribution.

Recessed conductive layers in a two-terminal memory structure reduce leakage current and fabrication complexity for scalable nodes.

A stacked and interleaved transformer structure combines lateral and vertical coil overlap to increase coupling coefficients in integrated circuits.

Segmenting gate lines and adding vertical supports manages height-induced warpage in high-density 3D memory devices.

Processing subsystem detects oil type and applies specific alarm limits to prevent false negatives from human error.

Pivoting a gate on a torsion hinge enables MEMS logic devices to operate reliably at high temperatures and voltages where semiconductors fail.

A polyorganosiloxane gate insulator composition forms a dense crosslinked network structure.

Segmented isolation regions penetrate the gate stack to resolve contradictions between integration density and structural integrity.

Planar nanoparticle arrangement on the metal layer suppresses surface plasmons and prevents short circuits, enhancing light extraction efficiency.

A 3D interconnect component embeds surface mount devices within a molded substrate to enable vertical electrical pathways.

A pixel array with oppositely twisted parallelogram subpixels optimizes luminance distribution across display modes.

A memory device routing control and data signals through a dedicated monitoring interface to enable direct observation of internal operations.

Stepped mold layers form through mold connectors that penetrate multiple levels, increasing I/O density while maintaining signal integrity in compact packages.

Segmented insulating layers align optical resonance distances for red, green, and blue emission pixels, eliminating complex mask processes during manufacturing.

Segmented transistor configuration reduces channel resistance, maintaining ON state current and storage density in stacked memory devices.

A via definition scheme uses a single photolithography exposure to form metal trenches and via holes simultaneously.

An electrical conductor uses an irregular electric conductive pattern on a transparent substrate to enhance conductivity.

An insulating layer with partial coverage over hollow alignment marks reduces contact resistance and voltage drop in display substrates.

Inverted T-shaped source/drain contact reduces parasitic capacitance by creating recesses that minimize overlap with gate spacers in sub-14nm CMOS nodes.

A photodetector uses dual diffraction gratings to diffract light across orthogonal directions for enhanced optical path length.

A magnetic field generator applies controlled stress to MRAM cells for rapid data retention verification.

Segmented OLED sub-layers with nested hollow and projecting structures lower driving voltage and simplify manufacturing by reducing layer count.

Trench-based passive devices and shield structures within a dielectric lattice reduce parasitic inductance while improving breakdown voltage.

Spacers between offset channel columns prevent leaning conductive layers, stabilizing the stack while simplifying manufacturing.

Outgassing holes in uncovered pixel defining layer areas allow gas discharge without covering organic layers.

Segmented grooves in organic films contain alignment spread, preventing terminal coverage and connection failures in narrow frames.

A chip package manufacturing method uses a carrier and encapsulation to support the substrate during processing.

Alternating first and second sub-pixels with inserted third sub-pixels creates a shared arrangement for high resolution.

A driver IC adjusts driving signal current intensities based on transmission wire lengths to optimize power usage.

A solid-body X-ray image detector uses a single circular silicon wafer to arrange CCD pixels and a scintillator without tile assembly.

An auxiliary electrode connects to a thin film transistor drain and pixel electrode to enhance the local electric field strength.

A memory device uses a single multiplexer to select bit lines within an I/O block.

Saw-toothed active layer with edge notches connects adjacent organic solar cells in series via segmented conductive blocks.

A phase change memory heating element uses multiple thermal interfaces to reduce bulk thermal conductivity while maintaining electrical conductivity.

Forming capacitors between existing data and gate line metal layers in the GOA circuit eliminates dedicated capacitor areas, reducing frame width.

A touch unit structure merges photosensitive material into the organic layer to pattern conductive layers without separate stripping steps.

Strapping lines lower resistance and capacitance to reduce RC delay in 3D NAND memory arrays.

A semiconductor light-emitting device uses a wavelength converting layer covering chip side surfaces to manage optical paths.

A semiconductor storage device applies breakdown voltage to induce dielectric breakdown between the gate electrode and channel region.