Electric Circuit Analysis: Unit III: Transient Response Analysis
Laplace transformation technique
Transient Response Analysis
For a given circuit, we can obtain the differential equations by the applications of Kirchoff's law. Such equations can be solved by (a) Classical method, (b) Laplace transformation method and so on.
LAPLACE TRANSFORMATION TECHNIQUE
For
a given circuit, we can obtain the differential equations by the applications
of Kirchoff's law. Such equations can be solved by (a) Classical method, (b)
Laplace transformation method and so on.
If
the differential equation is of higher order, classical method is very tedious.
Laplace
transformation method enables us to solve differential equation systematically
and incorporates both transient and steady state as well as the initial
conditions.
Electric Circuit Analysis: Unit III: Transient Response Analysis : Tag: : Transient Response Analysis - Laplace transformation technique
Related Topics
Related Subjects
Electric Circuit Analysis
EE3251 2nd Semester 2021 Regulation | 2nd Semester EEE Dept 2021 Regulation