Nickel-doped metamaterial layers embedded in PCBA ground planes increase capacitance to prevent premature arcing across dielectric surface switches.
Suspended resonator arrays on thin membranes reduce dielectric losses and allow three-dimensional stacking for full radiation coupling.
A metal base supports a ceramic insulation layer and top conductor to lower thermal resistance while maintaining insulation reliability.
A wiring substrate employs a segmented insulating layer with varying filler content to resolve adhesion strength versus dielectric loss trade-offs.
A magnetic dielectric resin composition uses iron oxide and metal oxide fillers to achieve high relative magnetic permeability in copper clad laminates.
Polymer foam cores bonded to conductive foil resolve weight and signal loss trade-offs in harsh environments.