Zhao Lian-Gui. ANALYSIS AND IMPROVEMENT OF THE FIVE-ARM RING AND DESIGN OF A FIVE-ARM RING POWER DIVIDER HAVING THREE DIFFERENT POWER RATIO S[J]. Journal of Electronics & Information Technology, 1981, 3(1): 8-15.
Citation:
Zhao Lian-Gui. ANALYSIS AND IMPROVEMENT OF THE FIVE-ARM RING AND DESIGN OF A FIVE-ARM RING POWER DIVIDER HAVING THREE DIFFERENT POWER RATIO S[J]. Journal of Electronics & Information Technology, 1981, 3(1): 8-15.
Zhao Lian-Gui. ANALYSIS AND IMPROVEMENT OF THE FIVE-ARM RING AND DESIGN OF A FIVE-ARM RING POWER DIVIDER HAVING THREE DIFFERENT POWER RATIO S[J]. Journal of Electronics & Information Technology, 1981, 3(1): 8-15.
Citation:
Zhao Lian-Gui. ANALYSIS AND IMPROVEMENT OF THE FIVE-ARM RING AND DESIGN OF A FIVE-ARM RING POWER DIVIDER HAVING THREE DIFFERENT POWER RATIO S[J]. Journal of Electronics & Information Technology, 1981, 3(1): 8-15.
Analysis by the use of equivalent circuit method is made for the five-arm ring, and two ways to improve it are found. The improved method can make the center arm entirely match the ring and isolated ideally from the second pair of side arms, and can make the first pair of side arms perfectly match the ring and both arms ideally isolated from each other. A method of design a five-arm ring power divider having three different power ratios is proposed. Analysis and calculation formulas are given. Theoretical resuls and experimental findings agree quite closely.
H. T. Budenbom, U. S. Paten, No. 3010082.[3]林为干,微波网络,国防工业出版社,(1978),第452页.[4]J. W. Sutherland, Electronic Engineering, 28(1956), 464.[5]Chuck, Y. Pon, IRE Trans. on MTT, MTT-9(1961), 571.
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