This presentation introduces Thevenin's theorem. It will define and explain the theorem, provide an example circuit, and show how to calculate the equivalent Thevenin resistance and voltage source. The presentation is given by two students, Ashaduzzaman kanon and Syed Ashraful Alam, and includes an agenda, definition of the theorem, example circuit calculations, and references.

1. Welcome to the
Presentation

2. Our presentation topic on :
Thevenin’s Theorem

3. Group members
Name ID
Ashaduzzaman kanon 131 – 15 – 2392
Syed Ashraful Alam 123 – 15 – 2151

4. >>Agenda:
> Definition & explanation of Thevenin’s
theorem .
> Example & explanation of Thevenin’s
theorem .

5. Thevenin's Theorem:
Any two-terminal bilateral ac network can
be replaced by equivalent circuit
consisting of a voltage source and a series
resistance.

6. Procedure:

7. Example:
Figure:1 Fig:1.1 Identifying the terminals of particular
importance when applying Thévenin’s
theorem.

8. Rth=
𝑅1 ∗𝑅2
𝑅1+𝑅2
=
18
9
=2 Ω
FIG. 1.2 Determining RTh for the network in Fig. 1.1

9. FIG. 1.3 Determining ETh for the network
in Fig. 1.1.
FIG. 1.4 Measuring ETh for the network
in Fig. 1.1.

10. Substituting the Thévenin equivalent circuit for the
network external to RL in Fig. 1.

11. References:
1.Introductory Circuit Analysis by Robert L. Boylesterd
2.Fundemantal of Electric circuit by Alexander & sadiku.

12. Thank you