Control Electrodes TRIZ Cases
- 2D Metalloid Vacuum Transistor With Gate-Controlled Electron Emission
A 2D metalloid emitter uses gate-driven Fermi level and work function modulation to control vacuum electron emission for terahertz transistor operation.
- Beam-Neighboring Electrode Fabrication for Aberration Control
Sub-micrometer beam-neighboring electrode fabrication reduces mechanical errors and parasitic aberrations in charged particle optics.
- Gridded Cathode Assembly for Thermal-Stable Grid Alignment
Posts with matched thermal expansion anchor the grid, substrate, and base to reduce movement, preserve insulation, and improve cathode yield.
- Wirebonded Triode Structure for Vacuum-Stable Signal Amplification
Wirebonded grid, emitter, and collector structures improve electron flow, while gettering limits outgassing to preserve triode vacuum life.
- MIS Field Emission Gate Materials for Stable X-Ray Generation
Specific gate electrode material conditions improve tunneling current, thermal stability, and X-ray generation reliability in MIS emitters.
- Electron Gun Extraction Electrode Cooling for Stable Beam Emission
An auxiliary structure conducts heat from the extraction electrode to suppress thermal expansion and keep electron beam emission stable at high throughput.
- Electron-Beam EUV Source With Carbon Emitters for Compact Lithography
Electron beams ionize a metal radiator to generate EUV, replacing bulky laser optics with a simpler, smaller lithography source.
- Suppressor Electrode Tapering for Electron Beam Alignment Stability
A tapered receding suppressor electrode reduces beam bending from tip misalignment, improving electron microscope consistency and resolution.
- Virtual-Source Electron Gun for Narrow Energy Spread
A suppressor and extraction electrode form a virtual source inside a LaB6 or CeB6 emitter to stabilize emission and narrow beam energy spread.
- 3D-Printed Ion Optical Structure With Isolated Rod-Ring Circuits
A single 3D-printed ion optical structure replaces complex assembly, then uses end-support removal to form isolated rod-ring circuits.
- Field Emission Cathode Gate-Film Structure for Uniform Electric Fields
A co-extending film with a grill or mesh gate evens the cathode-gap electric field, boosting electron transmission and reducing ion bombardment.
- Field Emission Cathode Gate Structure for Thermal Gap Control
Heat makes the gate electrode bow away from the cathode, widening the gap to self-limit emission current and prevent permanent damage.
- Wirebonded Triode Structure for Vacuum Stability and Signal Gain
Wirebonded grid, emitter, and collector structures with getter materials limit outgassing, preserve vacuum, and sustain triode signal amplification.
- Charged Particle Beam Generation Using Repeller-Isolator Configuration
A charged particle beam apparatus uses a repeller and isolator to collimate particles emitted from a hot-cathode filament.