Electric Discharge Tubes TRIZ Cases

Attaching a nano-carbon layer to the first resist pattern maintains its rigidity and composition against second resist solvents, reducing defects.

Automated bump placement eliminates impedance mismatch and heat generation, allowing higher installation density for multi-charged particle beam writing.

Segmented rotating magnets steer plasma to resolve non-uniform etch ratios, achieving consistent film thickness profiles across the substrate.

An electron beam generator injects beams through slits to produce second plasma with narrow temperature distribution.

A charged particle beam device uses secondary and transmitted electron images to assess sample frozen states.

Segmented gas supply path reduces injection hole pressure to prevent electric discharge while maintaining microwave shielding.

Organic radicals stabilize silicon germanium surfaces against oxidation, eliminating native oxide removal and reducing process variability.

Charged particle beams create fiducial holes in samples to improve positioning accuracy during tomography data acquisition.

A chicane blanker assembly deflects charged particle beams around neutral blocking structures to isolate the ion path.

Hydrophilic and hydrophobic plasma steps adjust surface energy to resolve contradictions between manufacturing precision and photoresist arrangement regularity.

Adjusting RF power during plasma-enhanced atomic layer deposition matches top surface and sidewall etch rates, resolving quality inconsistencies.

Motorized tilting rings adjust coil antenna alignment to correct baseline skew from structural asymmetries in inductively coupled plasma reactors.

A rotary arm mounts a sensor to measure substrates inside the processing container without external transfer.

Segmented upper chamber parts with a thermal choke reduce heat transfer variability, enabling easier cleaning and consistent temperature control.

A stage device uses magnetic levitation and contact propulsion to achieve high-speed positioning.

Segments the over-molding process to seal the rear of the connector, preventing resin overflow and maintaining waterproof integrity.

Flat plate electrodes center on the dielectric window while coil electrodes surround them, reducing middle region contamination during cleaning.

Segmented etching with a protective second film maintains mask selectivity and uniform shapes by preventing plasma damage to spacer film shoulders.

Graphite collecting plate with mitt members captures contaminant particles, preventing outgassing from degrading vacuum purity.

Atomic layer etching segments isotropic plasma damage into discrete cycles using oxygen modification and inert gas plasma to prevent footing and pitch walking.

Segmented shower head regions adjust gas supply based on diffusion and flow effects to resolve in-plane etch rate uniformity disparities.

A plasma ashing device uses a metal-lined path to collect scattered atoms and maintain consistent processing speed.

Periodic beam gating enables fast strain mapping with reduced irradiation dose, resolving the trade-off between scan speed and measurement precision.

Individually controlled heater zones manage radial and azimuthal temperature profiles across the substrate to compensate for critical dimension non-uniformity.

Bellows and non-contact seals allow dynamic electrode positioning to maintain uniform etching across large substrates without particle contamination.

Segmenting the electrode with a plasma-facing-substrate-periphery ring resolves manufacturing precision limits in capacitively coupled plasma processing.

Segmented electrode biasing resolves the contradiction between operational simplicity and insufficient ion energy by applying periodic flush phases.

A dielectric barrier discharge generates reactive plasma species inside sealed containers to reduce microbial contaminants.

Sapphire spherical supports and low-friction emitter beams reduce resonance oscillation amplitudes by a factor of 40.

An electron microscope control unit displays an aberration pattern with a rotatable indicator to specify the direction of optical aberration.

Cyclic plasma etching removes chemically resistant films like TiN and W without damaging the substrate or leaving residue.

Molecular ion beam amorphizes semiconductor wafers to form shallow junctions, suppressing dopant diffusion and reducing end-of-range defects.

An insulating lamp socket housing with a cavity matching the connector pin length prevents electrical shock at high voltages by ensuring complete pin coverage.

Introducing a gas medium adjusts the electron cloud geometry to match container sizes, preventing material damage and reducing radiation exposure.

Recessed electrode surfaces stabilize linear electric discharge, resolving density and stability trade-offs in large-area plasma treatment.

Controller-driven edge ramping adjusts secondary RF signal transitions to prevent impedance disturbances caused by base generator power changes.

A liftable or rotatable protrusion component adjusts coolant flow velocity within a mounting table channel.

Annular piping pivots to maintain gas supply parameters, resolving field symmetry loss during particle beam focusing.

A multi-stage heterodyne control circuit down-converts input signals through low pass and band pass filters to generate a DC signal.

RF bias plasma generates diamond-like carbon gapfill with high sp3 density, eliminating voids and weak seams in high-aspect ratio trenches.

Generates wiring pattern data by connecting basic block patterns and cutting unused terminals, increasing electron beam exposure throughput.

Pre-charging a capacitor via a diode extracts lead inductance energy, preventing arc sustainment while allowing flexible power supply placement.

A movable phase plate in an electron microscope shifts to align the beam with even regions for optimal imaging.

Auxiliary generator adjusts phase and DC rail voltage to align signals with a master RF source for precise power delivery.

A magnetic shielding housing uses a conductive contacting element fixed to its edge region to manage external field interactions.

Self-retained low-friction pads reduce friction between the backing plate and chamber wall, preventing wear and contamination without external fasteners.

A condenser lens control portion retrieves predefined voltage values to switch ion beam modes.

Electron cyclotron resonance plasma systems generate high-temperature plasmas for efficient material deposition without consumable electrodes.

Interchangeable quadrupole and resonator modules enable customizable beamline configurations while maintaining structural stability.

A detector holding stand uses a spherical bearing to support shaft inclination and maintain coaxial alignment within a charged particle beam device.