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MATRIX ANALYSIS OF NETWORKS
NONLINEAR D C ANALYSIS
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2PORT A-parameters ACNLU amplifier applied assumed branch current branch voltages capacitance capacitors Chapter circuit analysis circuit elements circuit in Fig coefficients column component values connected current sources cut-set defined denominator dependent sources derived Determine diagonal differential diode eigenvalues equal equations equivalent circuit evaluated example expression filter frequency response given GOTO incidence matrix inductors input and output integrated circuit inverse Laplace transform linearised loop methods modified network functions network in Fig Newton iteration nodal admittance matrix nodal analysis node voltages obtained Ohm's law operational amplifier phasor polynomial port random numbers rational function reduced reference node resistors RNODE sensitivity short circuit shown in Fig signal flow graph small-signal solution Step subroutine substitution Table terminal theorem tie-set tolerance field tolerance limits transfer admittance transfer function transistor model tree branch two-port analysis variables VCCS vector voltage gain voltage sources voltages and currents yields zero