インダクタンス行列の実用因子合成

概要

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Abstract　This paper deals with a practical synthesis of the given inductance matrix L, which is real, symmetrical and non-negative definite generally, and further, needs to have such a rational zero-factor B as BL=O, where O is the zero-matrix. First, both of the connection (connection matrix D) and the linked coil-turns (coil-turn matrix n) of the realized magnetic part (network) are determined from this zero-factor. Especially, on the realized connection, the connection matrix, namely the 1-incidence matrix is found by Iri's synthetic algorithm of the unicellular matrix transformed from the zero-factor, where the unicellular one has all the elements equal to ± 1, or 0. Next, the reluctances w of the magnetic elements are decided by comparing the loop reluctance matrix involving the unknowns w with the inverse of the independent submatrix in matrix n-1Ln'-1.
山形大学の論文
1987-01-20