Thin/Thick Film Capacitor TRIZ Cases
- Copper Wiring Electrode Corrosion Prevention
A thin-film device uses a close-contact layer to protect copper wiring electrodes from environmental damage.
- Thin-Film Capacitor Insulating Layer Isolation
An insulating layer isolates the upper electrode from the terminal electrode in a thin-film capacitor design.
- Capacitor Interlayer Increases Schottky Barrier Height
An interlayer increases the Schottky barrier height at the electrode interface.
- Copolymer Buffer Layer for Capacitor Etching
A cross-linked water-soluble copolymer forms a buffer layer pattern that acts as an etching mask, eliminating voids and reducing manufacturing costs.
- Capacitor Conductive Base Material Sintering
Mixed metal powders with different melting points create a porous sintered body that balances electrostatic capacitance and mechanical strength.
- Dielectric Ink for Ultracapacitors
A dielectric ink composition enables precise printing of ultracapacitor components.
- Thin-Film Capacitor Multistage Via Design
Multistage vias connect stacked electrode layers to pads in a thin-film capacitor body.
- Thin-Film Capacitor Lead Conductor Stress Management
A thin-film capacitor uses a protective layer to absorb mechanical stress from outer connecting terminals.
- Amorphous Hydrocarbon High-k Dielectric Films for Semiconductor Devices
Amorphous hydrocarbon thin films achieve high dielectric constants while suppressing leakage current and interface traps in scaled semiconductor nodes.