Session 14 (23 July 2010)

Learner will be able to understand

• Tellegens Theorem
• Problem solving skills in Millmans and Tellegens theorem
  

Session 13 (22 July 2010)

Learner will be able to understand

• Reciprocity Theorem
• Millmans theorem
• Problems in Recioprocity and Millmans theorem
  

Session 12 (21 july 2010)

Learner will be able to understand

• To obtain Thevenins equivalent using Nortons equivalent and vice versa
• Maximum power transfer theorem ( condition for max power across load is LOAD RESISTANCE MUST BE EQUAL TO THEVENINS RESISTANCE)
• Reciprocity Theorem

References

http://www.allaboutcircuits.com/vol_1/chpt_10/10.html
http://mysite.du.edu/%7Ejcalvert/tech/reciproc.htm

Session 11

Learner will be able to understand

a. Solving circuits with Thevenins theorem
b. The importance of Nortons theorem
c. Solving circuits with Nortons theorem

Reference:

http://www.allaboutcircuits.com/vol_1/chpt_10/8.html
http://www.allaboutcircuits.com/vol_1/chpt_10/9.html

Brief history about Edward Lawry Norton

http://www-ece.rice.edu/~dhj/norton/

Session 10 (15 July 2010)

Leon Charles Thevenin (1857–1926)

Learner will be able to understand

a. Solving circuits with Thevenins theorem
b. The importance of Thevenins theorem


References:

http://www.electronics-tutorials.ws/dccircuits/dcp_7.html

Session 9 (14 July 2010)

Learner will be able to understand

a. Solving circuits with practical voltage sources
b. The importance of Thevenins theorem
c. How to apply Thevenins theorem for a circuit

Session 8 (12 July 2010)

Learner will be able to understand

a. The importance of superposition theorem
b. How to apply Superposition theorem for a circuit
c. Problems for verification

Important Points:

Removing a VOLTAGE SOURCE we have to SHORT CIRCUIT
Removing a CURRENT SOURCE we have to OPEN CIRCUIT

CO - VS

Session 7 (9th july 2010)

Review of Basic methods of circuit analysis

Ohms law
KCL
KVL
Source Transformation
Star to Delta
Delta to star
Mesh Analysis
Nodal Analysis

Leaner will be tested with sample problems and puzzles to enhance their level of understanding

Session 6 (7th July 2010)

Objective:

To review and help the learner to understand

1. Nodal analysis

3. Problems for practice

and simple Puzzles to have fun with circuit analysis

Session 5 (6th July 2010)

Objective:

To review and help the learner to understand

1. Types of Mesh circuits (Contd.)

3. Problems for practice

and simple Puzzles to have fun with circuit analysis

Session 4 (5th July 2010)

Objective:

To review and help the learner to understand

1. Mesh analysis
2. Types of Mesh circuits
3. Problems for practice

and simple Puzzles to have fun with circuit analysis

Session 3 (2nd July 2010)

After the session learner was able to identify the basics of

1. Source transformation

2. Star to delta transformation

3. Delta to star transformation

and problems

Session 2 (30th June 2010)

Learner was given practice in problems and puzzles in solving parallel circuits