1) The document is a presentation submitted by Manu Chaturvedi and Meenakshi Lohiya to their professor Ravindra Meena on node analysis with a minimum of 2 DC voltage sources, resistors, and current sources. 2) Node analysis is a circuit analysis method to determine voltages between nodes by writing equations requiring that the sum of branch currents entering a node equals zero. The branch currents are written in terms of the node voltages. 3) The presentation circuit contains 2 DC sources, 2 resistors, and 2 current sources. Using node analysis, the voltage across the circuit is determined to be 47 volts.

1. CAREER POINT UNIVERSITY
SESSION 2015-16
presentation on the topic “node analysis having minimum 2 of
each DC voltage source, resistor, current source.”
• SUBMITTED TO-
MR RAVINDRA MEENA
HOD OF 1ST YEAR
• SUBMITTED BY-
MANU CHATURVEDI
MEENAKSHI LOHIYA
B.TECH & 2ND SEM

2. INTRODUCTION
In electric circuits analysis, node analysis or the
branch current method is a method of
determining the voltage (potential difference)
between “nodes” in an electric circuit in terms
of the branch current.
Node analysis writes an equation at each
electrical node, requiring that a branch
currents incident at a node must sum to zero.

3. The branch currents are written in terms of the circuit
node voltages . As a consequence , each branch
constitutive relation must give current as a function
of voltage.

5. SPECIFICATION
• In this circuit , we have connect two DC
source, two resistors and two current sources.
Then in node analysis, we have to find out
voltage so we also connect voltmeter to it to
determine the voltage across it.

6. RESULT
• By applying node analysis on this circuit we
can find out the voltage across the circuit.
• Hence, the voltage across the circuit is 47 volt.

7. APPLICATIONS
• It provides a general procedure for analyzing
circuits using node voltage as a circuit
variables.
• Node analysis method is more appropiate
when there are a large number of current
sources around.

8. THANK
YOU......