Electric Discharge Tubes TRIZ Cases

Concentric protrusion arrangement reduces temperature non-uniformity by equalizing contact points with chip forming regions.

A europium-activated chlorosilicate phosphor composition emits green light through controlled halogen content and specific molar ratios.

Segmented bipolar and unipolar electrodes on a cooled stage dissipate radiant heat from covers, preventing thermal damage to substrates.

A microstripline connector embeds signal pins between a dielectric substrate and ground plane to confine electromagnetic fields.

Distance sensors detect shield unit positions via optical beams, preventing substrate carrier pollution during cleaning cycles.

Plasma treatment denatures surface oxide films to enable high-throughput silicon layer etching without separate removal steps.

Infrared radiation heating maintains high substrate temperature to minimize film stress and prevent bending.

Lateral detection of optical interference oscillations monitors plasma etch uniformity, eliminating cumbersome ex-situ measurements.

A multi-electrode substrate support assembly adjusts radio frequency power and phase to tune plasma distribution across a semiconductor wafer.

Leveraging existing impedance monitoring circuitry to trigger RF pulses eliminates complex synchronization networks and reduces device complexity.

A cylindrical sputtering target uses segmented compacts with controlled relative density to maintain mechanical strength.

Orthogonal fluid conduits overlap in projection within a main body, reducing volume while maintaining structural integrity for heavy mechanical loads.

Camera captures moving image data of abnormal discharge inside vacuum chamber, eliminating trial-and-error troubleshooting.

Slanted permanent magnet orients magnetic field lines to constrain arc spots, resolving inefficient cathode material utilization caused by spot migration.

Thermal spray deposition creates one-piece zinc tin oxide sputtering targets that eliminate complex sintering steps and enable large-area coating production.

Segmented plasma heater zones correct adjacent thermal interference to eliminate center-edge distribution unevenness and reduce CD deviations.

A vapor-phase etching method using fluorine and hydrogen precursors selectively removes oxygen-containing materials from semiconductor substrates.

Directional cooling of molten bonding material minimizes voids in the interface layer, reducing cracks and extraordinary discharge during high-power sputtering.

UV light activates ozone water to produce hydrogen and hydroxyl radicals that rapidly remove carbon and fluorine deposits without surface damage.

An insulated plastic hose prevents voltage flashovers from deflection elements during ion implantation, reducing substrate scrapping costs.

Ultra-high magnetic fields confine plasma to generate high flux low energy ions for resputtering diffusion barrier materials.

Independent radial gas zones compensate for residency time variations, resolving center etch stop and profile non-uniformity.

Wider power terminals in a USB receptacle connector increase contact area to support higher current transmission.

A tubular cathode generates high-density plasma to expand ions toward an extraction aperture.

Mechanical locking replaces adhesives to prevent quartz fouling from off-gas while maintaining radiation output in fluid treatment systems.

Time-modulated Faraday shields control plasma distribution and ion incident angles in semiconductor processing.

Composite masks prevent carbonized layers during ion implantation by allowing gentle thermal depolymerization of the polymer resist.

Segmented multi-zone ion beam deposition controls coating composition and thickness, reducing reconfiguration costs.

A charged particle beam device modifies scan line positions to connect parallel lines and frames without blanking.

A measuring instrument detects deviation between the focus ring and electrostatic chuck to enable precise in-chamber alignment without atmospheric exposure.

A rotatable transmission port module hides connectors inside a casing to prevent dust entry and protect internal components from debris damage.

Active heating accelerates thermal equilibrium for the object table, reducing downtime while maintaining inspection accuracy.

Integrating a capture unit inside an anode opening intercepts plasma droplets at the source, reducing maintenance costs from downstream adhesion.

A connector with asymmetric end-row contact spacing prevents incorrect fitting without bulky key projections.

Dynamic edge element shifts diffraction spot position to generate isotropic image contrast in electron microscopy.

Pre-formed solder beads on contact terminals eliminate manual dexterity requirements for AWG 46 termination, improving reliability.

Ion beam etching creates a sidewall protective film that shields magnetoresistive films from oxygen-induced oxidation during subsequent reactive ion etching.

A plasma etch-resistant film uses a crystalline first layer and an amorphous intermediate layer of rare earth metal oxides.

A consumable part embeds a trigger feature void that becomes visible upon surface erosion to indicate wear level.

Mechanical partition segments plasma zones to protect frame and tape from damage while enabling efficient die separation.

Extending portions on the shielding sheet position bending elements to protect terminal head portions from deformation during mating.

Projecting antenna supporters position plasma generators inside the vacuum chamber to improve plasma uniformity across large substrates.

Alternating etch and deposition phases form a silicon-containing passivation layer on hardmask sidewalls to maintain precise feature profiles.

A magnetron sputtering system uses a reciprocating substrate carrier to deposit films on large display panels.

A gas jet flow straightener converts cylindrical activated gas jets into linear streams for uniform substrate treatment.

Segmented high-frequency electrodes balance azimuthal plasma density non-uniformity caused by apparatus asymmetry through independent power control.

A PE-CVD fence extension confines plasma between the showerhead and substrate to ensure uniform deposition.

A safety endcap assembly uses a movable switch button to disconnect contact elements from LEDs.

Interpolation preserves image resolution during scale deformation, resolving the trade-off between processing speed and manufacturing precision.