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Journals and Conferences
The latest model Ka-band helix traveling wave tube (TWT) amplifier designed and manufactured for onboard space satellite-communications systems at L-3 Communications Electron Technologies, Inc. is… (More)
The growing demand for higher data rates and greater bandwidth for commercial and government communications satellite systems is driving significant advances in the performance of space traveling… (More)
This paper presents the K-band traveling wave tube amplifier (TWTA) developed for the lunar reconnaissance orbiter and discusses the new capabilities it provides.
L-3 Communications Electron Technologies Inc., (L-3 ETI), has completed space-flight qualification for a 75-watt V-band helix traveling-wave tube amplifier (TWTA) capable of over 6 GHz instantaneous… (More)
Boeing Electron Dynamic Devices, Inc. in collaboration with NASA Glenn Research Center, has demonstrated 100 W CW and 60% overall efficiency at 32 GHz in a TWT designed for deep space communications… (More)
This paper will discuss the 1693HC TWTA flight qualification testing and results.
In late 2002, L-3 Communications Electron Technologies Inc. (L-3 ETI) tested the first 999H TWT, a model designed for deep space communications. The CW saturated RF output power of the 999H is 100 W,… (More)