Transformers/Inductances Casings TRIZ Cases
- Composite Electrode Structure for Miniaturized Electrical Components
An inner metal layer embedded in the component body prevents plating material spread, eliminating short circuit risks during miniaturization.
- Chip Inductor Metal-Polymer Composite Winding
A chip inductor uses a metal-polymer composite and plating to form a coil, reducing DC resistance and magnetic saturation.
- Coil Component Shielding Layer for Magnetic Flux Leakage
Nested shielding layer on the body surface reduces magnetic flux leakage while maintaining thin component profiles.
- Embedded Electrode Positioning in Multilayer Electronic Components
Simultaneous photolithography forms external electrodes and coil conductors on shared insulator layers to ensure precise positional alignment.
- Cavity-Integrated Electronic Package Structure for Space Optimization
A cavity-integrated electronic package structure houses internal elements within a secondary component body to maximize spatial utilization.
- Composite Magnetic Core Reactor for High Current Saturation
A composite magnetic core reactor combines ferrite and soft magnetic metal to guide flux efficiently.
- Reactor With Through Hole in Outer Core for Resin Filling
A reactor design uses a through hole in the outer core to fill winding gaps with resin.
- Reactor Core Assembly with Protruding Divisional Pieces
Divisional pieces with protrusions maintain core intervals, eliminating gap plates and simplifying assembly for improved productivity.
- OLTC Interface Barrier Suspension for Transformer Drying
Segment drying before assembly to reduce moisture absorption in cellulose insulation and hazardous worker exposure.
- Inductance Part with Embedded Conductor and High-Filling Magnetic Body
A coiled conductor embedded in a pressure-molded magnetic body achieves over 80% metal powder filling factor without insulating films.