Electric Discharge Tubes TRIZ Cases

A dual measurement system combines redundant position data to drive a wafer table with high precision.

Circular baffle redirects gas flow in an ICP plasma reactor to ensure even distribution across the substrate surface.

Aperture plate and light guide transfer laser beam positions to a fixed detector, resolving positioning accuracy limits below 0.01 mm.

Multiple RF generators adjust oscillation frequencies and variable capacitor values to stabilize impedance matching operations.

A charged particle beam writing apparatus calculates an optimal offset time using a lens value function to correct irradiation time.

A movable ion beam current sensor tracks the substrate perimeter during scanning to maintain measurement proximity.

Asymmetric conical top plates guide purge gas radially outward and downward, eliminating recirculation zones that trap particles on substrates.

Asymmetric elliptical filaments suppress vibration noise and resonance without increasing heating current requirements.

Horizontal gas distribution via segmented layered plates prevents electric discharge and ensures uniform etching.

Segmented power supplies tune ion flux and electron density via independent DC and RF channels to resolve plasma profile control limitations.

An insulated conductor modifies the electric field about an ion implanter terminal structure to enable higher voltage energization.

A three-dimensional nanostructured absorber based on transition metal dichalcogenides extends optical absorption into the near-infrared region.

Extending contact separation portions beyond the housing isolates signals from the mid-plate, suppressing crosstalk while maintaining compact device structure.

A lamp socket uses a wire limiting portion to secure conductive connections within the assembly.

A plasma etching method applies DC voltage to an electrode alongside high frequency power for precise process control.

A pattern measuring apparatus isolates peripheral noise and dirt from the measurement region to ensure precise semiconductor pattern detection.

Magnetic field generating elements align electrostatic lens axes to prevent geometric aberration caused by electrode center hole deviations.

Uses vapor pressure liquefaction to seal porous film pores against radical damage, eliminating expensive cryogenic cooling requirements.

Elastic connectors absorb vibration and simplify structure while maintaining precise positioning in charged-particle beam apparatuses.

Modulating precursor flow rates during plasma deposition reduces film shrinking and internal stress, preventing wafer bowing and undercut.

A sputtering target uses a conductive edge area to manage electrical charge during reactive deposition of insulating layers.

A wireless adapter translates actuation commands into compatible signals for multiple adaptive devices.

A capacitively symmetric inductive plasma source balances parasitic capacitive currents through a central grounded terminal.

A porous gas-conducting layer enables parallel gas flow through plasma stamp cavities, resolving limited gas volume constraints.

An in situ replenished liquid layer on a plasma exposed edge ring prevents ion bombardment erosion while maintaining uniform etch rates across the substrate.

A bump pad with disconnected sections connects to bond pads via conductive traces, enabling wire or ball bonding on a single integrated circuit design.

Additive manufacturing creates niobium superconducting radio frequency cavities with optimized wall thickness and integral stiffeners.

A Faraday shielding plate with a conductive ring and petal-shaped members heats via an integrated circuit.

A scanning electron microscope uses dual detectors to capture secondary electrons at distinct emission angles for precise step pattern analysis.

Increasing solidification rate during continuous casting reduces crystal grain size to prevent abnormal electrical discharge.

A tapered sample holder with a rotatable snap-action jaw secures fragile specimens near electron lenses.

A resin composition with specific acid labile groups enables high-resolution pattern formation in semiconductor manufacturing.

Independent PEZ ring positioning maintains optimal gap distances, preventing plasma unconfinement and reducing edge exclusion without hardware changes.

Higher plasma density cleans the substrate non-placing surface without etching the placing surfaces, preventing particle generation.

Insulative coating protects sensors from corrosion while the detection circuit filters electromagnetic interference to ensure accurate plasma event monitoring.

A carbon-containing conformal film coats alternating oxide and nitride layers in 3D NAND staircases to provide high etch selectivity during fabrication.

A nano-patterned measurement system integrates probe arms with a vacuum chamber for precise nanometer positioning.

Correction circuit equalizes primary electron beam shapes and sizes to resolve measurement precision deterioration caused by image comparison inaccuracies.

A plasma etching method adjusts substrate temperature to minus 20 degrees Celsius or lower for precise recess width control.

A filter blocks RF energy while passing bias signals to stabilize electrode voltage potential during plasma etching.

Low-density electron beams modify titanium implant surfaces without deformation, resolving the trade-off between treatment precision and shape integrity.

Reducing vertical gaps between the wafer, carrier ring, and pedestal limits precursor transport to the backside, minimizing film thickness beyond the edge.

Modular capacitively coupled plasma source uses sliding ground connections to maintain gas tight seals during thermal expansion.

Photoconductive discharge mechanism reduces residual electrostatic forces on the substrate support surface, preventing substrate damage during de-chucking.

A cold cathode electron emission device uses a femtosecond laser to generate subpicosecond electron pulses via the photoelectric effect.

A charged particle beam writing method isolates resist heating effects using evaluation and peripheral patterns to calculate precise dose correction parameters.

Segmented RF conductors in a ceramic showerhead compensate for non-uniform chamber surroundings to improve thin film processing quality.

Rearranging second data from a column direction to a row direction reduces cell coordinate table accesses, speeding up exposure data generation.

A frangible section in the exterior enclosure releases pressurized gas from an ionization chamber.

Interdigitated electrodes generate plasma between electrostatic chuck branches to clean the substrate support surface without remote sources.