Product/Service

High Power GaN X-band SSPAs

Source: Teledyne Microwave Solutions

High Power GaN X-band SSPAs

GaN-based SSPAs from Teledyne Microwave Solutions (TMS) deliver outstanding RF performance for applications spanning the 9-10 GHz radar market. These GaN-based SSPAs offer 350W, 550W, and 1KW peak output power. They can reliably meet the often demanding requirements of any airborne or ground-based environment and are packaged in compact, environmentally sealed housings. Available with 1GHz bandwidth, these SSPAs can also deliver extended bandwidth operation with de-rated output beyond 1GHz, and can be combined to achieve higher output power levels.

Request Information

TMS also offers X-band, GaN SSPA modules in the same 9-10 GHz range that can be deployed in a wide variety of applications either on their own, or linked with other modules. These amplifiers span the range of 25W to 350W of peak power, and are used as driver applications for higher power systems or on their own for lower power applications. Modules also include their own bias control for GaN devices but utilize extenal power supplies and control circuitry for flexibility of configuration.

Features and Common Specifications:

 350W / 550W / 1KW SSPAs At A Glance:

  • Multiple power levels & wide bandwidth
  • Low spurious emissions & phase noise
  • Temperature and module fail alarms
  • 32V DC input
  • 10% Duty Cycle
  • 30-60 dB small signal gain

Key features on the high power GaN X-band SSPAs:

  • Superior spurious emissions performance for radar applications
  • Integrated bias control for GaN devices
  • Modular architecture for flexible design and scalability
  • Proprietary power-combining approach for greater efficiency

Markets & Applications:

  • Military radar applications
  • Weather radar

Download the X-band SSPA Module Family datasheets above for more features and specifications.

Need More Information? Just Ask.

Click the button below to directly contact the supplier. Use it to:

  • Ask a question.
  • Request more detailed information or literature.
  • Discuss your current project/application.
  • Request a quote.
  • Locate a distributor in your area.
  • Schedule a demo.
Request Information