Song Wenmiao, Guo Kaizhou. LARGE SIGNAL THEORY OF OROTRON IN CONSIDERATION OF SPACE CHARGE FIELD[J]. Journal of Electronics & Information Technology, 1988, 10(6): 513-519.
Citation:
Song Wenmiao, Guo Kaizhou. LARGE SIGNAL THEORY OF OROTRON IN CONSIDERATION OF SPACE CHARGE FIELD[J]. Journal of Electronics & Information Technology, 1988, 10(6): 513-519.
Song Wenmiao, Guo Kaizhou. LARGE SIGNAL THEORY OF OROTRON IN CONSIDERATION OF SPACE CHARGE FIELD[J]. Journal of Electronics & Information Technology, 1988, 10(6): 513-519.
Citation:
Song Wenmiao, Guo Kaizhou. LARGE SIGNAL THEORY OF OROTRON IN CONSIDERATION OF SPACE CHARGE FIELD[J]. Journal of Electronics & Information Technology, 1988, 10(6): 513-519.
An approximate formula of space charge field of orotron in rectangular coordinate system, when one of the boundaries is infinite, is derived. Using this model the self-consistent large signal interaction of orotron with space charge is calculated, and the effect of space charge on the performance of the device is discussed.
宋文淼,郭开周,电子科学学刊,9(1987),213-220.[2]郭开周,宋文淼,电子科学学刊,10(1988),35-41.[3]Б.А.Белявский,М.Б.Цейтлин,Рабнотехника и Электроника, 4(1982), 787.[4]宋文淼,电子科学学刊,7(1985),341-347.[5]J. E. Rowe, IRE Trans. on ED, ED-3 (1956), 35-57.[6]P. K. Tien, L. R. Walker, V. M. A. Wolonitis, Proc. IRE, 43(1955), 260.
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