Circuit Theory in Projective Space and Homogeneous Circuit Models

Circuit Theory Laboratory Report Series Equivalent Circuit Models for Micromechanical Inertial Sensors

Thesis for the degree of Doctor of Technology to be presented with due permission for public examination and debate in Abstract Numerical simulation models for capacitive, micromechanical inertial sensors are presented. These dynamic, nonlinear models include the contributions of electrical, mechanical, and uidic energy domains by means of electrical equivalent circuits consisting of lumped, fr...

Xix . Circuit Theory

The general objective of this research is to extend our knowledge of the properties of electric networks, active or passive, reciprocal or nonreciprocal, linear or nonlinear. The topics that are being investigated are: (a) circuit models of linear nonreciprocal networks; (b) topological methods of analysis for linear nonreciprocal networks; (c) properties of RC networks that contain dynamically...

Causality and Waveguide Circuit Theory

We develop a new causal powernormalized waveguide equivalent-circuit theory that, unlike its predecessors, results in network parameters usable in both the frequency and time domains in a broad class of waveguides. Enforcing simultaneity of the voltages, currents, and fields and a power normalization fixes all of the parameters of the new theory within a single normalization factor, including b...

Graphs, Matrices, and Circuit Theory

Basic Circuit Theory II Notes

Useful Matlab Commands • help plot: gives help on the command plot. • t=-5:0.01:5: this generates a vector with elements from -5 to 5, with a stepsize of 0.01. • x=cos(t): this generates a vector of values of cos corresponding to the values of t in the vector t. • plot(t,x): plot the cos-function. • z=3+1j*5 or z=3+5j: The complex number z = 3 + 5i. • abs(z),angle(z): modulus and phase of the c...