A dielectric layer uses sections of different materials to create spatially distinct properties within a component carrier.
An oligomer composition with controlled molecular weight enhances mechanical strength and processability.
A conductive jumper electrically couples ground traces between transmission lines to alter electromagnetic field distribution.
Flexible high-frequency signal line design with strategically placed interlayer connection conductors to maintain structural integrity during mechanical twisting.
Specific trace breakout directions eliminate parasitic effects from exposed conductive regions, improving signal integrity for high-speed QSFP DD connectors.
Strategic ground via lattice electrically connects PCB layers to suppress electromagnetic interference between transmission lines.
Optimized photosensitive glass reduces dielectric loss tangent below 0.0090 while preserving microfabrication capabilities for high-frequency applications.
A differential transmission line design uses metal conductor removal blocks in the ground layer to adjust impedance and minimize common mode noise.
A flexible circuit microvia structure fills through holes with conductive paste to electrically contact exposed copper zones.
Coaxial via array compensates signal via impedance changes, extending probe bandwidth from 300 kHz to 20 GHz.
Sr anorthite bonds ceramic layers with distinct dielectric constants, eliminating boron-induced Q value degradation and delamination risks.
Segmented ground planes lower power source impedance by reducing loop inductance and increasing mutual coupling between the power and ground layers.
A high-speed serial bus circuit topology uses passive selector circuits to route signals between interfaces.