Electric Discharge Tubes TRIZ Cases

Axial magnets prevent electron loss and maintain ECR conditions across broad pressure ranges.

Segmented magnet modules bend to compensate for cross-corner effects and process drift, maintaining film uniformity.

Moving a patterned mask inside the chamber eliminates substrate removal, preventing oxidation and maintaining productivity.

Elongate members and a drawing member guide charged particles to the detector using electromagnetic fields.

Segmented support plate isolates motor runout from chamber floor deflection, ensuring precise gap consistency across atmospheric and low-pressure conditions.

Alignment controller transforms field-of-view coordinates using a calculated transformation matrix derived from positional alignment points.

Equalizing radial RF distribution and return path lengths compensates for plasma non-uniformities caused by target assembly openings.

Segmented resist layers protect sensitive nanoemitters from electron beam damage while enabling precise lithographic positioning.

Segmented sample stage design reduces maintenance downtime by allowing independent removal of heavy components.

Unstable radical generation enables dynamic nuclear polarization to boost signal-to-noise ratio in solid samples.

An aperture unit uses electromagnetic positioning to vary beam current across a wide range in particle beam apparatuses.

Dielectric shielding structures protect gaps in plasma processing chambers while confinement rings adjust spacing to maintain stable plasma regions.

Segmented contact design resolves retention force versus impedance control trade-off by adjusting spring arm geometry.

Adjustable electrode potentials shape the extraction field, resolving the trade-off between detector efficiency and energy resolution in particle beam devices.

Orthogonal atmospheric plasma flow etches wafer bevel edges without thinning top films, preventing delamination and eliminating vacuum system complexity.

Separating detection signals into rising and falling components allows processing the falling signal to eliminate ringing noise from long-distance wiring.

Segmented ceramic structure reduces leakage currents below 4 mA at 500°C, extending the voltage chucking window for high-temperature plasma processing.

A controller directs a needle actuator along preset way points to set precise actuating directions for each segment of the movement route.

Offset UV source pairs achieve uniform dose distribution while minimizing headloss.

A control section acquires specimen images at different tilt angles to calculate surface deviation amounts for automatic height adjustment.

A cyclical atomic layer etching process transforms metal oxide into metal hydride and sublimates the hydride to remove material.

Eliminates spacer etching steps via single-etch planarization, resolving throughput bottlenecks in double patterning.

Segmented circumferential and rear surface magnets maintain center field intensity, suppressing macro-particles while increasing deposition rates.

Segmented support units and dynamic gas supply prevent unintentional oxidation while achieving even heating of semiconductor substrates.

Central and peripheral electrode segmentation with laminated dielectrics attenuates RF noise while ensuring uniform plasma density distribution.

A charged beam drawing apparatus uses a sub deflection driving unit to correct astigmatic points and sensitivity for high-speed operation.

Orthogonal ac and dc coil windings prevent zero field crossing, stabilizing beam emittance while reducing reactive power consumption.

Atomic layer etching tungsten via halide surface modification and biased plasma removes material with 1 nm uniformity.

Argon mediates germane ionization to boost beam current while eliminating halogen etching that shortens ion source life.

A surface photovoltage system measures minority carrier diffusion lengths using elevated light modulation frequencies.

Anode monitor system detects dielectric buildup and adjusts sputtering energy to resolve productivity-reliability trade-offs.

Optimized copolymer composition resolves brittleness in large-width thin films while maintaining reverse wavelength dispersion.

A plasma CVD discharge device uses multiple plate-shaped electrodes oriented along a rotating pylon to generate uniform plasma coverage.

Concentric plate sections rotate to align apertures, tuning ion to neutral flux ratios for uniform etching across large semiconductor substrates.

A conductive cover ring modulates local electrical flux to redistribute ion flow across semiconductor substrates.

Resonant inductor limits current spikes during plasma ignition to prevent semiconductor damage.

Embedded microprocessors in modular Ethernet connectors translate IPv4 signals to IPv6, eliminating complex router configurations for legacy device integration.

Segmenting the main tank into upper and lower sub-tanks enables automatic liquid level regulation via gravity flow, preventing downtime from manual refilling.

Array deflectors steer individual beamlets via steering circuitry to optimize scanning paths.

A plasma processing apparatus uses impedance sensors to calculate average load values for stable matching operations.

Two mask test patterns with different optical path lengths allow unambiguous focus setting determination by comparing critical dimension measurements.

Segmented correcting lenses optimize DAC amplifier outputs to reduce stabilization time and improve writing throughput.

A vapor compression chuck circulates refrigeration fluid through an electrostatic clamp to cool semiconductor workpieces during ion implantation.

Separate rectifiers and integrators measure positive and negative charge build-up to predict oxide layer longevity.

Moisture adhesion treatment on alumite-treated vacuum components prevents particle generation during operation.

A deposition system adjusts clamp spacing relative to a substrate during processing gas flow to establish uniform metallic layers.

Balances cross-over and internal beam diameters by reducing the opening half-angle, resolving resolution loss in thick samples exceeding 100 nm.

Reorienting samples via rotatable holders minimizes curtaining artifacts during ion beam milling of 3D NAND structures.

Overlapping power pulses on segmented cathodes eliminate generator switching delays, preventing overheating and improving layer properties.