Solved Example Problems with Circuit Diagram, Equation
Subject and UNIT: Electric Circuit Analysis: Unit I: b. Basic circuits analysis
Electric Circuit Analysis: Unit I: Basic circuits analysis : Worked examples on series-parallel circuits
with Circuit Diagram, Equation, Solved Example Problems
Subject and UNIT: Electric Circuit Analysis: Unit I: b. Basic circuits analysis
Series-Parallel Circuits Combination of Resistors with Circuit Diagram, Equation, Solved Example Problems, Applications, Disadvantage
with Circuit Diagram, Equation, Solved Example Problems, Applications, Disadvantage
Subject and UNIT: Electric Circuit Analysis: Unit I: b. Basic circuits analysis
Worked examples on series resistive circuits with Circuit Diagram, Equation, Solved Example Problems, Applications, Disadvantage
with Circuit Diagram, Equation, Solved Example Problems, Applications, Disadvantage
Subject and UNIT: Electric Circuit Analysis: Unit I: b. Basic circuits analysis
In a practical case we may have many resistors. We have to connect them for getting desired resistance. The resistors can be connected in the following three fashions. (a) Series combination (b) Parallel combination (c) Series - parallel combination
Definition, Principle, Explanation | Current and Voltage Law
Subject and UNIT: Electric Circuit Analysis: Unit I: b. Basic circuits analysis
Kirchoff's laws help us to solve the electrical networks. There are two laws which are stated as below.
Subject and UNIT: Electric Circuit Analysis: Unit I: b. Basic circuits analysis
The ratio between the potential difference across two terminals of a conductor and the current through it remains constant, when the physical conditions of the conductor remain unchanged. Here the physical condition is the temperature.
Basic Electric Circuit Analysis
Subject and UNIT: Electric Circuit Analysis: Unit I: a. Introduction
Electric Circuit Analysis: Unit I: Introduction : Worked examples
in series and parallel
Subject and UNIT: Electric Circuit Analysis: Unit I: a. Introduction
The capacitors of different capacitances rated vat different voltages are available in the market. To obtain the required value, the capacitors may be connected in parallel (for large value), in series (for smaller value) or in series - parallel grouping.
in series and parallel
Subject and UNIT: Electric Circuit Analysis: Unit I: a. Introduction
Inductors can be connected either in series or parallel or combination of both. Here it is assumed that the inductors are connected electrically and isolated magnetically i.e., there is no magnetic coupling between the elements.
Electric Circuit Analysis
Subject and UNIT: Electric Circuit Analysis: Unit I: a. Introduction
The ideal sources discussed above are independent sources. They are also termed as uncontrolled sources. Their voltages and currents are not affected by other parts of the circuit. Their voltages and currents are fixed.
Statement, Formula
Subject and UNIT: Electric Circuit Analysis: Unit I: a. Introduction
If f(t) and its derivative f'(t) are Laplace transformable, then the final value f(oo) of the function f(t) is given by
Basic functions
Subject and UNIT: Electric Circuit Analysis: Unit I: a. Introduction
The Laplace transformation of a function f(t) is designated as F(s), where s is a complex frequency given as s = σ + jo and