The second overarching project objective is to realize monolithic microwave integrated circuits (MMICs) for solid-state power amplifiers (SSPAs) in Ka-, Q- and W-band using the newly developed GaN ...

Based in York, Pennsylvania, IDSI specializes in designing, developing, and manufacturing SWaP-C solid state, high-power RF amplifiers and amplifier-based subsystems. The division’s products ...

“The IDSI team’s expertise in high-power RF amplifiers – chiefly their focus on SWaP-C considerations and embedded intelligence – complements our existing portfolio of RF solid state ...

These lasers offer increased coherence and reduced power consumption ... Compact narrow-linewidth solid-state 193-nm pulsed laser source utilizing an optical parametric amplifier and its vortex ...

These lasers offer increased coherence and reduced power consumption compared to ... significant advancement by developing a compact, solid-state laser system capable of generating 193-nm coherent ...

But there’s an earlier amplifier technology that used a solid state circuit which is largely forgotten, and [AWA Communication Technologies Museum] has featured it in a new video. We’re ...

Scientists at CAS develop compact, solid-state ... YAG crystal amplifier to produce a 1030 nm laser. This laser is divided into two parts: one part undergoes fourth-harmonic generation to create a 258 ...