X-Band PA Delivers +46 dBm At 40 W

Oct. 5, 2009
To provide flexibility, a series of medium-power, X-band, rackmount solid-state power amplifier (SSPA) and transmitter systems is designed using a modular approach. The devices can serve simple redundant configurations as well as higher-power ...

To provide flexibility, a series of medium-power, X-band, rackmount solid-state power amplifier (SSPA) and transmitter systems is designed using a modular approach. The devices can serve simple redundant configurations as well as higher-power phasecombined architectures. The PA-R series of SSPAs offers input/ output frequencies from 7.9 to 8.4 GHz. The transmitter input frequency ranges from 950 to 1450 MHz. At 1-dB compression, the devices deliver minimum output power of +46 dBm at 40 W power consumption and +48.5 dBm at 70 W power consumption. Typical output power at saturation is rated at +46.5 dBm at 40 W and +49 dBm at 70 W. The devices offer intermodulation distortion to -25 dBc at 3-dB total backoff from rated output power. For 1-dB compressed output power, harmonics are rated at -50 dBc at 3-dB backoff while spurious emissions range to -70 dBc. Gain is rated at 70 dB minimum at +25C with gain flatness of 2.0 dB peak-to-peak maximum over the full band. Gain slope is 0.4 dB/40 MHz maximum. These SSPA systems provide for overtemperature, over-current, and high-output-VSWR safety protection. Status and control is achieved via the remote RS-422/485 bus or Ethernet interface port. An event log is continuously updated with time-stamped records of significant events. Applications for these systems include flyaway terminals and VSAT network hubs.

MITEQ, Inc., 100 Davids Dr., Hauppauge, NY 11788; (631) 436-7400, FAX: (631) 436-7430, Internet: www.miteq.com.

See associated figure

Sponsored Recommendations

Getting Started with Python for VNA Automation

April 19, 2024
The video goes through the steps for starting to use Python and SCPI commands to automate Copper Mountain Technologies VNAs. The process of downloading and installing Python IDC...

Introduction to Copper Mountain Technologies' Multiport VNA

April 19, 2024
Modern RF applications are constantly evolving and demand increasingly sophisticated test instrumentation, perfect for a multiport VNA.

Automating Vector Network Analyzer Measurements

April 19, 2024
Copper Mountain Technology VNAs can be automated by using either of two interfaces: a COM (also known as ActiveX) interface, or a TCP (Transmission Control Protocol) socket interface...

Guide to VNA Automation in MATLAB Using the TCP Interface

April 19, 2024
In this guide, advantages of using MATLAB with TCP interface is explored. The how-to is also covered for setting up automation language using a CMT VNA.