Quad Constructions TRIZ Cases
- Shielded Cable Assembly Structure for Stable 112 GHz Signal Integrity
Semi-longitudinal dual shielding and fixed core positioning improve bandwidth stability, reduce echo loss, and support 448 Gbps cable transmission.
- Foamed Insulation Cable Structure for Stable High-Speed Signals
Foamed interior insulation fixes spaced wire cores and balances capacitance and impedance for more stable high-speed cable transmission.
- Computing Cable Attenuator Layout for Uniform Signal Loss
An impedance-matched attenuator between trace segments keeps signal loss uniform across cable lengths, improving transmission consistency.
- Asymmetric Quad-Core Cable Layout to Suppress Suck-Out
Using two larger and two smaller insulated wires in a quad core suppresses suck-out and keeps cable attenuation stable across frequencies.
- Cable Spacer Design for Alien Crosstalk Reduction
External spacers increase minimum distance between adjacent cable stranding groups, reducing alien crosstalk without adding heavy shielding layers.
- Communication Cable Jacket with Support Arms for Cat.6A Interference
Integral support arms in the external jacket prevent cable core contact, eliminating metal shielding layers while satisfying Cat.6A transmission standards.
- Star-Quad Cable Shield Segmentation for Signal Integrity
Segmented twisted shield cores reduce attenuation from high shield currents while maintaining mechanical strength under bending stress.
- Cable Crosstalk Reduction via Varying Stranding Lay Lengths
Varying stranding lay lengths in parallel cables reduces crosstalk without shielding, lowering weight and manufacturing cost.
- Differential Cable Segmentation for Signal Loss Reduction
Segmenting differential signal conductors into paired wires minimizes dielectric losses and crosstalk without increasing cable size.
- Flexible Carrier Ring for Multi-Core Cable Component Integration
Segmented design places electrical components on a peripheral flexible carrier, resolving space constraints while maintaining cable flexibility.
- Star Quad Ethernet Transceiver Single-Ended Signaling
Single-ended signaling over a star quad cable enables 10 Gbps transmission for autonomous driving by reducing noise through digital signal processing.
- Foamed Jacket Data Cable for Automotive Ethernet Crosstalk Reduction
A data cable with a foamed jacket surrounding the transmission core to minimize external interference and maintain low material usage.
- H-Shaped Separator Spline for Reducing Crosstalk in Communication Cables
Segmented H-shaped web portions stagger twisted pairs to reduce alien crosstalk while maintaining dielectric air spaces between conductors.