Applied Circuit Theory: Matrix and Computer Methods |
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A-parameters ACNLU admittance matrix amplifier applied assumed branch current branch voltages C₁ capacitors Chapter circuit analysis circuit in Fig coefficients column component values connected correlation current sources cut-set defined dependent sources derived Determine differential diode e₁ eeee equal equations equivalent circuit evaluated example filter frequency response G₁ given GOTO i₁ impedance incidence matrix inductors input integrated circuit inverse iteration Laplace transform linear linearised loop mesh methods mutual inductor network functions nodal admittance matrix nodal analysis node voltages nominal non-linear obtained Ohm's law operational amplifier output parameters polynomials port PRINT R₁ R₂ random numbers rational function resistors RNODE sensitivity shown in Fig solution standard deviation Step subroutine substitution terminals theorem tie-set tolerance field tolerance limits transfer admittance transfer function transistor model tree branch V₁ V₂ variables variation VCCS vector voltage gain voltage sources voltages and currents yields ΚΩ әт дрі