Add to ORKGA 200 watt SHF transmitter experiment package is discussed that incorporates a traveling wave tube utilizing a multistage depressed collector for efficiency enhancement. This experiment is being developed for flight testing on the CTS (Communications Technology Satellite)
Design study to develop high efficiency traveling wave tube amplifier for satellite television trans...
An analytical and experimental program to study design techniques and to utilize these techniques to...
Performance characteristics from on-orbit tests of the Transmitter Experiment Package (TEP) for the ...
The experiment package consists of a 200 W output stage tube (OST) powered by a power processing sys...
Design and performance of a highly efficient experimental 200-watt traveling wave tube for space com...
Measured performance characteristics of the transmitter experiment package (TEP) aboard the Communic...
This final report presents the results of the design, development, and test of experimental and prod...
The flight model output stage tube for the Communications Technology Satellite is described. The out...
The design, development, and test results are reported for an experimental PPM focused, traveling-wa...
An analytical and experimental program to demonstrate the technical feasibility of a high efficiency...
Multikilowatt transmitter study for space communications satellites - amplifier design
The electrical and environmental requirements for a power processor system (PPS) designed to supply ...
Feasibility evaluations of klystron amplifiers for conversion of solar power in synchronous orbit in...
After a brief description of how a typical TWT works, multi-stage depressed collectors (MDC) are dis...
A brief survey is presented of areas of progress on traveling wave tube designs. Data demonstrates t...
Design study to develop high efficiency traveling wave tube amplifier for satellite television trans...
An analytical and experimental program to study design techniques and to utilize these techniques to...
Performance characteristics from on-orbit tests of the Transmitter Experiment Package (TEP) for the ...
The experiment package consists of a 200 W output stage tube (OST) powered by a power processing sys...
Design and performance of a highly efficient experimental 200-watt traveling wave tube for space com...
Measured performance characteristics of the transmitter experiment package (TEP) aboard the Communic...
This final report presents the results of the design, development, and test of experimental and prod...
The flight model output stage tube for the Communications Technology Satellite is described. The out...
The design, development, and test results are reported for an experimental PPM focused, traveling-wa...
An analytical and experimental program to demonstrate the technical feasibility of a high efficiency...
Multikilowatt transmitter study for space communications satellites - amplifier design
The electrical and environmental requirements for a power processor system (PPS) designed to supply ...
Feasibility evaluations of klystron amplifiers for conversion of solar power in synchronous orbit in...
After a brief description of how a typical TWT works, multi-stage depressed collectors (MDC) are dis...
A brief survey is presented of areas of progress on traveling wave tube designs. Data demonstrates t...
Design study to develop high efficiency traveling wave tube amplifier for satellite television trans...
An analytical and experimental program to study design techniques and to utilize these techniques to...
Performance characteristics from on-orbit tests of the Transmitter Experiment Package (TEP) for the ...