Computer-aided Network Design |
Contents
NETWORK DESIGN BY COMPUTER | 1 |
ANALYSIS OF LINEAR NETWORKS | 10 |
NONLINEAR DC CIRCUIT ANALYSIS | 59 |
Copyright | |
19 other sections not shown
Other editions - View all
Common terms and phrases
A-stability adjoint network algorithm amplifier approximation branch currents capacitor Chapter coefficients column companion model companion network Computer consider convergence current sources currents and voltages DC Design define differential equations eigenvalues Electrical Networks element values error example factorization Figure 12 formula frequency domain function G₁ G₂ Hachtel IEEE incidence matrix inductors input integration LU factorization method minimization minimum Muller's method NDIM network model network of Figure Newton iteration node analysis node equations node matrix node voltages nonlinear nonzero numerical solution OUTPUT NODES OUTPUT VOLTAGE P₁ parameter partial derivatives partition positive definite Proc procedure R₁ RCAP represented requires resistors response result s-plane Sensitivity Calculation shown in Figure solution variables solve Sparse Matrix stability step SUBROUTINE tableau term tion Trans transient analysis transistor updating vector voltage source yield zero λν
