Computer-aided Network Design |
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Page 6
... Element values independent of circuit variables ( v ( t ) , i ( t ) ) Element values dependent on circuit variables Resistors , resistive controlled sources Inductors , capacitors , resistors , controlled sources Element values constant , ...
... Element values independent of circuit variables ( v ( t ) , i ( t ) ) Element values dependent on circuit variables Resistors , resistive controlled sources Inductors , capacitors , resistors , controlled sources Element values constant , ...
Page 130
... element of the input list has been represented in terms of the four basic elements in subroutine PREPAR , the dc analysis proceeds in the normal manner , i . e . , at each iteration , the library of four linearized element values is ...
... element of the input list has been represented in terms of the four basic elements in subroutine PREPAR , the dc analysis proceeds in the normal manner , i . e . , at each iteration , the library of four linearized element values is ...
Page 329
... Value of element or strength of sources , or initial diode voltage . cols . 31-40 , 41-50 , ... 71-80 : Values of stepped elements or stepped strengths of stepped controlled sources ; all stepped elements must be stepped the same number ...
... Value of element or strength of sources , or initial diode voltage . cols . 31-40 , 41-50 , ... 71-80 : Values of stepped elements or stepped strengths of stepped controlled sources ; all stepped elements must be stepped the same number ...
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adjoint network algorithm amplifier analysis applied approximation assume becomes branch calculation capacitor changes Chapter characteristic circuit coefficients column common companion complete consider constant contains controlled convergence current source define depends derivatives described determined differential diode elements equations error example exists factorization Figure formula frequency function given independent initial input integration involved iteration linear matrix method minimization network model network of Figure nonlinear Note numerical obtained operations original OUTPUT NODES OUTPUT VOLTAGE parameters partition performed positive problem procedure reduction represented requires resistive response result sensitivity shown in Figure similar simply single solution solve stability step subroutine substitution Table techniques term tion transient transistor tree variables vector write yield zero