Resistor Chip Manufacture TRIZ Cases
- Chip Resistor Rough Surface Insulating Layer Corrosion
Rough surface portions on the second insulating layer ensure tight contact between end surface electrodes and plating layers.
- Chip Electronic Component End Face Electrode Gas Reduction
Optimized end face electrode compositions with controlled resin molecular weight reduce gas generation, preventing perforation and solder splashing.
- Rectangular Chip Resistor Trimming Slot Orientation
A rectangular chip resistor design orients trimming slots parallel to current flow to enable precise resistance adjustment via laser ablation.
- Chip Resistor Meandering Film Diagonal Electrodes
Segmented meandering resistor films with diagonal terminal electrodes manage temperature rise and improve surge resistance.
- Chip Resistor Offset Auxiliary Electrode Laser Alignment
Offset auxiliary electrodes extend beyond principal surface contacts to increase connection area and reduce laser alignment risk.
- Chip Resistor with Cap-Shaped End Face Electrodes for Reliable Miniaturization
Cap-shaped end face electrodes bridge front contacts on miniaturized chip resistors to maintain electrical continuity.
- Chip Resistor Electrode Design for Sulfidizing Gas Reliability
A chip resistor electrode layer combines silver particles with carbon to maintain electrical conductivity.
- Lateral Thin Film Varistor Low Temperature Fabrication
Low temperature sputtering fabricates a lateral thin film varistor, preventing damage to adjacent semiconductor components during IC integration.
- Chip Resistor Serpentine Thin Film High Resistance
A chip resistor uses a serpentine thin film electrode to increase electrical resistance while maintaining mechanical strength.
- Chip Resistor Electrode Dimension Control via Meandering Conductive Plates
Meandering conductive plates in a chip resistor maintain electrode dimensions during punching, eliminating trimming errors.