Cree l Wolfspeed has introduced four new multi-stage GaN on SiC monolithic microwave integrated circuit (MMIC) devices, extending its range of RF devices for a diverse array of pulsed and continuous wave X-band phased array applications, including marine, weather surveillance and emerging unmanned aerial system radars. Using Wolfspeed® GaN on SiC technology, these devices deliver high power-added efficiency (PAE) in small, industry standard packages that allow designers to achieve maximum performance with smaller systems that consume less power.
“The new X-band offerings provide today’s design engineers with a wide breadth of options for systems requiring high efficiency transmit systems in challenging form factors such as those needed for active phased array radar applications,” said Jim Milligan, senior director foundry, aerospace and defense at Cree l Wolfspeed. “Using Wolfspeed® GaN on SiC products enables them to meet the critical RF system requirements related to smaller size, lighter weight, and higher power (SWaP) while reaching new levels of performance.”
The extensive X-band portfolio enables designs to support multiple stages of gain, thereby reducing the number of devices needed in a transmit chain. They come in a variety of power levels to optimize system performance and are offered in multiple platforms to optimize system architecture.
The latest MMIC amplifiers join an ever-expanding portfolio of products for defense applications. Their capabilities showcase the company’s decades of GaN on SiC expertise in supporting the aerospace and defense market while demonstrating its commitment to developing innovative, industry-leading GaN devices for a broad set of RF applications.