Shielding Materials TRIZ Cases
- Textile Shielding Sleeve Structure for Expandable Connector Coverage
A dual-textile sleeve with conductive securing areas expands over connectors while preserving cable shielding and reducing sleeve weight.
- Linear Radio Wave Absorber Structure for Angled-Incidence Noise Reduction
A linear absorber structure limits cross-section and occupancy to cut scattering and maintain strong radio wave absorption at oblique angles.
- Hexagonal Ferrite Magnetic Powder for Radar Wave Attenuation
Surface-controlled hexagonal ferrite powder improves radio wave transmission attenuation in absorbers, boosting automotive radar recognition reliability.
- Switch Module Power Bus Overlap for Low-Inductance Conversion
An overlapping power supply member layout cancels magnetic fields between switch terminals, cutting inductance and improving power conversion efficiency.
- Flexible EM Wave Absorbing Composition for Millimeter-Wave Shielding
A rubber-carbon-iron oxide absorber uses magnetic resonance to attenuate millimeter-wave radiation on flexible or non-flat surfaces.
- Composite Electronic Housing for Antenna Performance and Warpage Control
A dual fiber-reinforced housing balances radio-wave transmission, low warpage, heat resistance, and moisture-stable dimensional accuracy.
- Incised EMI Shielding Laminate for 3D Stretch Without Tearing
Strategic incisions let a metal-foil laminate stretch over complex 3D shapes without tear propagation while preserving electromagnetic shielding.
- Pulse Inverter Housing Protection Against Dirt and ESD
A detachable cover encloses open pulse inverter electronics during assembly, blocking dirt, impact, and electrostatic discharge.
- Superconducting Structural Shielding for Fusion Plasma Exposure
Passive superconducting shielding uses the Meissner effect and cooling channels to keep fusion reactor structures out of direct plasma contact.
- Millimeter-Wave Attenuation Film With Metal Plate Conductive Layer
A thin conductive-layer film attenuates millimeter-wave noise using discrete metal plates and a planar inductor while fitting device housings.
- Composite Radio Wave Absorber With Heat-Dissipating Epsilon Iron Oxide
A composite layer using epsilon-type iron oxide and thermally conductive material absorbs high-frequency radio waves while dissipating heat.