T.B.M. Neill
Abstract
A method is illustrated by which a singular nodal-impedance matrix may be derived from a conceptual infinite nodal-admittance matrix representing constraint equations for circuit elements such as ideal operational amplifiers. This can greatly increase the possible range of application of nodal analysis.
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A method is illustrated by which a singular nodal-impedance matrix may be derived from a conceptual infinite nodal-admittance matrix representing constraint equations for circuit elements such as ideal operational amplifiers. This can greatly increase the possible range of application of nodal analysis.
Key concepts: Nodal analysis, Modified nodal analysis, NODAL, Admittance parameters, Mathematics, Constraint (computer-aided design), Matrix (chemical analysis), Admittance