Electric Discharge Tubes TRIZ Cases

Graded dielectric layers reduce parasitic capacity and residual suction force, enabling faster wafer demounting without compromising holding strength.

Metal fillers in bonding materials react with halogen plasmas to form self-passivating layers, preventing erosion and extending chamber component lifespan.

Mono-block meter socket base absorbs torque forces through circular spacers, preventing connector damage while reducing assembly complexity.

A buffer chamber electrode activates processing gases via high-frequency power to supply active species.

Embedded ground surface enhances electromagnetic radiation coupling efficiency while maintaining resonant characteristics.

Compressing gas laser gain media into a high-density plasma pinch via magnetic fields overcomes energy density limits to increase power output.

Segmenting objects with a removable cover prevents plasma device contamination from high-dirt areas while maintaining cleanliness on treated surfaces.

A reflective mask blank uses a low-contrast resist film to mitigate backward scattering effects during electron beam writing.

Pattern extraction module analyzes radiation signals from the substrate to determine overlay errors during exposure.

A beam parallelizing unit with acceleration and deceleration lenses operates under multiple energy settings to transport ion beams.

An adaptor bridges a portable device USB port and exposed pod contacts, eliminating protruding plug damage risks.

Repositioning the exhaust plenum beneath the susceptor minimizes the footprint within the reaction chamber while maintaining laminar gas flow control.

A Wien filter disperses backscattered electrons using a quadrupole field to measure energy spectra.

Ultra-short atmospheric plasma pulses deposit regular polymer thin films, preventing pinholes and heterogeneities caused by continuous discharge.

A particle-optical apparatus thins samples in situ using a focused ion beam while maintaining vacuum conditions to prevent surface modification.

Remote plasma directs radicals into exhaust pipes to etch solid-phase by-products, preventing pressure control valve malfunction.

A side-entry sample holder uses shaft through holes to emit focused ion beams from orthogonal directions for fine sample processing.

Pre-chill and post-heat stations manage workpiece temperature inside the vacuum chamber, preventing condensation defects while maintaining high throughput.

Electro-optic wakefield detection monitors beam characteristics non-invasively, eliminating duty cycle interruptions in scanning electron microscopy.

A pressurized plasma chamber with a curved diffuser plate deposits low resistivity microcrystalline silicon films.

A tungsten sputtering target containing dispersed silver grains reduces specific resistance in deposited thin films.

An electrically floated coil coupled to an RF antenna adjusts electrostatic capacitance to resolve plasma density uniformity issues across the substrate.

Pulsed light excites a sharp GaAs tip to emit spin-polarized electrons with femtosecond temporal resolution.

Ring-shaped magnetic field guide magnet and back side source generate parallel force lines across the target surface.

Segmenting the gas feed system into radial conduits and an annular plenum resolves the trade-off between device complexity and gas flow uniformity.

Dynamic electrode distance adjustment maintains plasma uniformity, resolving non-uniform etching issues in organic light emitting display devices.

Segmenting the control device into a portable terminal resolves portability constraints while maintaining reliable remote operation of the irradiation system.

A multipole lens merges coil functions to generate quadrupole and octopole fields with minimal power supplies.

A mask with a concave aperture edge matches the workpiece inner radius to direct ion beams for selective outer portion implantation.

A filter circuit prevents unwanted resonance on the RF transmission line while three independent frequencies control ion energy distribution.

Conductive gasket couples baseplate to embedded electrode, resolving non-uniform RF power distribution and arcing risks in semiconductor processing.

Grooves deeper than five millimeters block ion entry, preventing abnormal discharge and extending shower plate lifespan.

Sparse and dense porous sections in the gas path improve thermal conductivity, resolving temperature non-uniformity on wafers.

A power connector uses an insulating separation member between non-parallel conductive terminals to establish secure coupling and increased creepage distance.

Adjusting scan speed during ion implantation recovers from beam glitches by delivering missing dose, preserving manufacturing throughput and solar cell yield.

A plasma generating apparatus uses mutually inductive coupled coils to maintain equal voltage levels across electromagnetic field applying units.

Positioning a conductive member between the focus ring bottom surface and insulators reduces particulate accumulation, extending operational uptime.

Diamond abrasive polishing of electrostatic chuck surfaces rounds elevated feature edges, reducing substrate contact area and preventing particulate transfer.

Segmenting FIB-SEM processes into automated and user-assisted groups resolves throughput complexity by prioritizing resource-intensive tasks.

Reducing gas bonding energy lowers ionization requirements while hydrogen additives prevent fluoride film formation on electrodes.

A sparsified charged particle beam creates isolated sub-images that scanning assemblies smear into detection streaks on the detector plane.

Cyclic deposition and etching processes fill semiconductor gap features with carbon film, eliminating voids in high-aspect-ratio trenches.

Dual amplifiers drive the signal line and main shield of a coaxial cable to cancel parasitic capacitance, enabling high-speed scanning.

Sequential deposition and etching in one chamber eliminates vacuum breaks, preventing feature degradation during nanoscale processing.

A charged particle beam writing apparatus calculates precise doses using area density and dose modulation values for pattern formation.

A piezoelectric actuator shifts a photodetection array to increase wavelength resolution power.

A multi-beam writing apparatus divides beam arrays into sub-beam arrays and assigns weights to optimize irradiation distribution.

Cathodoluminescent conversion enables optical detection of multiple focused charged particle beams without obstructing the primary beam path.

Atomic layer deposition and etch techniques deposit conformal silicon nitride films, eliminating overhangs in high aspect ratio features.