What people are saying - Write a review
We haven't found any reviews in the usual places.
Analysis of linear networks in the frequency domain
Analysis of linear dynamic networks in the time domain
8 other sections not shown
admittance angular frequency canonical form capacitive capacitors characterized circuit diagram computed continuous-time current source delayers denoted described determinative characteristics discrete-time function discrete-time signal electrical network elements equations relating excitation explicit characteristics expressed formulated frequency domain Hence inductors initial values input variables integrator interconnection constraints inverse Laplace transform linear equations linear time-invariant mixed operation network equations network is nonregular network shown Networks consisting nodal analysis nodal current laws nodal variables node matrix node potentials notation nullor obtained one-port order numbers output poles output variables parameters pole characteristics pole currents procedure reduced set reference pole response sampled signal sampled-data networks SC networks SC two-port set of equations set of linear shown in Fig solution square matrix staircase function structure substituted terminal currents terminal variables terminal voltages transfer coefficient transfer function transfer quantity transform two-poles two-terminal variable characteristics variable description variable normal form vector voltage source written yields z-terminal z-transform zero