Electric Discharge Tubes TRIZ Cases

A wafer support uses an insulating-and-heat-conducting unit between the heating coil and conduct portion to maintain stable AC bias.

Alternating hydrogen and noble gas plasmas resolve high aspect ratio profile control contradictions in semiconductor manufacturing.

Radial line slot antennas divide gas streams via flow splitters to control electron temperature and dissociation states across the substrate.

An electron microscope evaluation unit analyzes diffractogram intensity anisotropy to quantify defocus spread and limiting resolution.

AWG laser system generates programmable electron pulses to capture fast dynamic processes with nanosecond temporal resolution.

A one-piece metal process kit shield replaces ceramic components to limit particle deposition during sputtering.

Split insulative tongues and grounding wires reduce cross-talk in USB 3.0 connectors while maintaining USB 2.0 compatibility.

A plasma processing apparatus uses dual RF power on the lower electrode and a variable DC supply on the upper electrode to control ion energy.

Helium-oxidizing plasma anisotropically etches carbon features, reducing lateral width while maintaining height for tighter critical dimensions.

Forming gas supply holes before sintering shrinks their diameter below machining limits, suppressing electrical discharge in high RF plasma processing.

A ZnTe contact interface layer facilitates copper diffusion into the absorber.

A halogen compound decomposes reaction products during silicon nitride etching to improve hole shape and mask selectivity.

Adjusting the cathode angle reduces dump current and prevents vacuum deterioration while maintaining high angular current density.

An annular slow wave plate encloses a tapered inner conductor to eliminate minute air layers and ensure uniform microwave radiation.

Internal heating element warms conductive beam optics to prevent particle deposition, reducing ion implanter maintenance downtime.

An enhanced serial attached small computer system interface connector integrates multiple signal pin sets across non-co-planar surfaces to support unified connectivity.

A multi-layer protective coating seals anodized pores with metal oxide and rare earth top layers to maintain stable electrical impedance.

Water vapor plasma oxidizes boron-carbon layers on processing chamber surfaces using biased showerhead and side electrode discharges.

Rotation racks and radial gas discharge mechanisms maintain consistent reactive species density, reducing coating thickness variations by more than 70%.

Segmented blanking electrodes deflect multi-beams individually and collectively, reducing crosstalk and circuit complexity to improve writing precision.

An RF impedance matching network uses an electronically variable capacitor controlled independently from the source frequency to achieve a precise match.

Increasing beamlet dosage for specific shots enhances edge slope accuracy while managing proximity effects and manufacturing variations.

Sequential plasma gas supply removes carbon and titanium deposits from processing chamber walls, maintaining etching stability across multiple substrate lots.

A ring cavity electrode generates non-ambipolar diffusion to maintain uniform plasma density profiles.

Segmented mask fingers divide an ion beam for precise dopant placement, resolving diffusion voids and contamination issues.

An electrical connector integrates a microphone inside its body to form an acoustic path through the plug aperture.

A substrate processing method segments nitriding into thermal and plasma steps to tailor film thickness distribution across semiconductor wafers.

Non-ionized nitrogen plasma forms a nitrided capping layer that minimizes dopant out-diffusion during thermal annealing.

Plasma etching creates peripheral trenches in semiconductor wafers, retaining the polymer layer as an insulator to eliminate chemical cleaning steps.

Adjustable shims control substrate offset distance in chemical deposition apparatuses, reducing backside film deposition and minimizing wafer curvature.

Plasma deposition forms dense inorganic layers on display units.

Insulating the discharge power supply from the vacuum chamber stabilizes current control and improves cleaning efficiency without complex maintenance.

A plasma processor uses a pressure detector and controller to initiate processing only when gas pressure reaches a set threshold.

A triple combo electrical connector merges distinct contact sections on a tongue portion to support multiple interface standards within one housing.

Radial slots in the shadow ring maintain continuous gas flow to the wafer edge, resolving the trade-off between deposition uniformity and useful surface area.

Scanning probe microscopy detects field gradients to locate apex areas, reducing 3D reconstruction distortions in atom probe tomography.

A quadrilateral scanning arm assembly positions drive means at fixed axes to move a substrate holder through precise ion beam paths.

Sequential dry etching prevents tilt and opening position deviation, maintaining chip size and reliability.

A physical vapor deposition chamber upper shield features strategically positioned holes and a raised area between them to enable alternate sputtering from multiple targets.

A slide connecting assembly joins an electric cylinder to a control box using a sheathing ring and guiding blocks.

A hard mask film forming method controls tensile stress to increase monotonously from the bottom surface toward the upper surface.

Dielectric housing isolates the radiofrequency coil from vacuum, reducing impedance to sustain high-power density H-mode plasma.

A cable assembly groups signal and grounding terminals on distinct rows to simplify soldering access.

A plastic insulating housing forms a ring cavity for a watertight seal between the lens cover and lamp holder.

Non-parallel member pair surfaces shift local field influence positions, averaging impact and reducing wavy distributions at the ends of a ribbon beam.

A microwave cooking controller calculates heating efficiency from reflected waves to adjust power distribution and optimize cooking times.

A buried electrode in an RF powered edge ring assembly maintains electrical continuity to reduce ion focusing and improve critical dimension uniformity.