Basic network theory with computer applications (2nd ed)

This second edition adds practical applications for both the professional engineer and engineering student.

The text unifies the writing of equations for frequency and time domain, and emphasizes their solution by matrix methods.

It includes network theory subjects with full explanations of theoretical steps by using numerous solved problems.

It discusses capacitors and inductors; presents definitions of linear resistors and independent sources; offers explanations of Kirchoff's laws, and deals with the concepts of power.

More advanced subjects are also covered including explanations on how nonlinear networks can be solved and how the linear networks theory is re-used in such solutions.

Sensitivities of networks to element changes are also treated, followed by the examples of the most modern methods for setting up network equations, the modified nodal formulation.