Abstract
The autoresonant peniotron amplifier is a suitable source of high power RF radiation because of its high gain, high power, high frequency and high efficiency operation features. In this report we present our simulation results of a 10 GHz, 2.2 GW autoresonant peniotron amplifier with an electron energy conversion efficiency of 72.5 % and a gain of about 58 dB. (author).
Citation Formats
Musyoki, S, Sakamoto, Keishi, and Watanabe, Akihiko.
Design of a high power, 10 GHz auto-resonant peniotron amplifier.
Japan: N. p.,
1992.
Web.
Musyoki, S, Sakamoto, Keishi, & Watanabe, Akihiko.
Design of a high power, 10 GHz auto-resonant peniotron amplifier.
Japan.
Musyoki, S, Sakamoto, Keishi, and Watanabe, Akihiko.
1992.
"Design of a high power, 10 GHz auto-resonant peniotron amplifier."
Japan.
@misc{etde_10150832,
title = {Design of a high power, 10 GHz auto-resonant peniotron amplifier}
author = {Musyoki, S, Sakamoto, Keishi, and Watanabe, Akihiko}
abstractNote = {The autoresonant peniotron amplifier is a suitable source of high power RF radiation because of its high gain, high power, high frequency and high efficiency operation features. In this report we present our simulation results of a 10 GHz, 2.2 GW autoresonant peniotron amplifier with an electron energy conversion efficiency of 72.5 % and a gain of about 58 dB. (author).}
place = {Japan}
year = {1992}
month = {May}
}
title = {Design of a high power, 10 GHz auto-resonant peniotron amplifier}
author = {Musyoki, S, Sakamoto, Keishi, and Watanabe, Akihiko}
abstractNote = {The autoresonant peniotron amplifier is a suitable source of high power RF radiation because of its high gain, high power, high frequency and high efficiency operation features. In this report we present our simulation results of a 10 GHz, 2.2 GW autoresonant peniotron amplifier with an electron energy conversion efficiency of 72.5 % and a gain of about 58 dB. (author).}
place = {Japan}
year = {1992}
month = {May}
}