Electric Discharge Tubes TRIZ Cases

Precoating plasma forms a protective film on the partition plate to prevent material scattering and workpiece contamination during processing.

A solid-state microwave generator adjusts emission frequency to maintain stable plasma activation on polymer container walls.

A dielectric plate separates the plasma electrode from the reaction space to maintain chamber cleanliness.

Segmented upper electrode geometry with a central groove reduces electric field concentration at the center, improving in-plane plasma intensity uniformity.

Segmented polynomial fitting calculates central interpolation and peripheral extrapolation to correct focal shifts caused by surface height estimation errors.

A canted edge interface adapter holds external connector members in a tilted orientation to bias contact surfaces against implantable lead terminals.

Charged particle optics perform countermovements against stage translation, resolving the contradiction between high resolution and inspection throughput.

An electron gun emits thermal field electrons using electric fields while maintaining low source temperatures.

Single radio-frequency power source applies superposed potential to electrostatic chuck electrodes, eliminating dual sources and reducing apparatus complexity.

Mixed gas etching with high bias voltage suppresses isotropic silicon nitride etching, preventing structural collapse in high aspect ratio laminated films.

Fluorine and inert gas mixtures replace NF3 to reduce global warming potential while maintaining high etching efficiency.

Injection mechanism corrects semiconductor substrate warp via particle impact, eliminating mechanical pressure risks and stabilizing yield.

Integrating MEMS valves into an active showerhead eliminates gas boxes and manifolds, reducing gas exchange time and system complexity.

Segmented masking enables variable trench depths in optical gratings, resolving manufacturing precision challenges while maintaining device complexity.

Carbon-containing gas deposition mitigates underlayer dielectric damage from high-energy ion bombardment during PECVD hardmask formation.

Insulating layers isolate passive cathode surfaces to prevent parasitic discharges, reducing energy loss and short circuit risks.

Procedure sequencer manages automated and manual tasks in charged particle beam devices.

Focused ion beam etching creates a thin observation region while retaining a thicker peripheral section for structural integrity.

Field-emitting electrodes generate microplasmas at low voltage, eliminating mechanical fans and reducing power consumption in semiconductor cooling.

Segmented ion beamlets strike a rotated workpiece at specific angles to resolve angular uniformity trade-offs in semiconductor manufacturing.

Superimposing DC offset on even harmonic RF voltages breaks sheath symmetry, enabling independent ion energy and flux control without large chamber geometry.

An anamorphic prism group shapes the laser beam to resolve measurement precision trade-offs in sub-100 nanometer defect detection.

A plasma processing apparatus divides a sample stage into electrically distinct regions to apply separate radio frequency power sources.

Segmenting line images by pre-layer type isolates measurement distortion, yielding accurate LER and LWR estimates.

Segmented spectral processing with moving average filters resolves transient signal noise in low open ratio materials, ensuring precise endpoint detection.

A split chamber assembly pivots an upper section along a diagonal interface to expose internal components for maintenance.

A tubular inner conductor nested inside an outer conductor minimizes electromagnetic skew to improve etch rate uniformity.

Convert chip images to circuit design files to analyze line edge roughness and critical dimension uniformity without slow scanning.

Movable slits and a beam current measurement unit detect ion beam profiles across multiple positions, eliminating sequential scanning delays.

Cooler inert gas removes shower head deposits, suppressing particle generation and maintaining film quality.

Segmented buffer zones with independent flow control adjust radial gas distribution to correct film thickness non-uniformity on the substrate.

A remote plasma system generates intermediate reactive species using a pressure control device to maintain steady-state conditions.

A particle beam microscope varies scanning dose per point to optimize image quality and reduce total exposure time.

An impedance converter transforms load impedance to reduce transmission loss in RF plasma supply systems.

A negative voltage electrode reflects low-energy secondary electrons toward the detector while repelling high-energy noise, improving image clarity.

An augmented USB connector segments electrical contacts into distinct sets to support simultaneous digital data transfer and analog audio signals.

PECVD deposition of metal-doped amorphous carbon hardmask films balances high etch selectivity with ease of removal.

A segmented gas supply device distributes processing gas through groove-shaped paths under a dielectric window.

Fluorinated carbon film allows direct copper embedding without barrier metal layers, suppressing diffusion and reducing wiring resistance.

Eccentric sliding motion in guide recesses aligns the lift pin vertically, preventing tilting and breakage caused by upper-lower misalignment.

A heated showerhead assembly divides gas distribution into independently controlled zones to compensate for uneven vacuum draw and improve etching uniformity.

Rotary table substrate processing apparatus places dummy wafers in unused slots to prevent contamination from thin films on empty surfaces.

A sputtering equipment uses a carrier box with protruding side surfaces to face staggered targets for simultaneous multi-substrate processing.

Segmenting the pole piece with notches expands the X-ray acceptance cone without increasing magnetic reluctance or heat dissipation.

Deflector plates guide air flow through a shielding ring to remove floating target particles, preventing backflow contamination and wafer defects.

Ion beam milling replaces chemical etching to eliminate non-uniform removal caused by varying material densities.

Two annular permanent magnets surrounded by a ferromagnetic frame generate strong fields in small spaces, reducing column cell intervals to 25 mm or smaller.

Excited H2 or NH3 gas etching creates V-shaped cross-sections in germanium films, preventing void generation during deep recess filling.