A thick metal cladding laminated to a typical high-frequency substrate has many potential benefits. It may solve issues caused by thermal stress, connector mounts, strip-line metal thickness requirements, and housing connections.
Gallium nitride (GaN) continues to reach new milestones as a leading semiconductor technology. As a replacement for silicon carbide (SiC) on diamond, for instance, Raytheon’s GaN-on-diamond devices reportedly boasted three to five times’ higher t...
A unique partnering of private industry with an academic is to the benefit of both organizations.
Free samples of RF absorber materials for use from 1 to 40 GHz are available upon request.
These tapes and sheets provide EMI suppression from RF through microwave frequencies for noise suppression in a variety of industries.
Understanding the design eccentricities of routinely used substrates for low-cost RF applications, like printed-circuit boards (PCBs), is necessary to meet markets demands for miniaturization.
A line of microwave absorbers can attenuation microwave signals by as much as 30 dB.
Superconductors, metamaterials, and carbon-based electronic structures are redefining the RF/microwave field with their cutting edge performance, cost, manufacturing capability, and promises for the future.
A novel design for terahertz phase shifters intended for phased antenna arrays has been proposed.