Fundamentals of Circuit Analysis
The free online course on using Laplace transform in circuit analysis and approaches for evaluating convolution integralPublisher: NPTEL
CertificationView course modules
In this course, you will learn about the various methods to carry out circuit analysis using the Laplace transform method. The concept of transfer functions in signal processing, as well as the importance of the convolution integral, will also be covered in this course. Then, this course will teach you about the various graphical approaches to evaluating the convolution integral, and also define the concept of network stability.
Then, the course will introduce you to the concept of two-port networks in an electrical circuit. The various methods to determine the admittance parameters as well as identifying the hybrid parameters of a circuit will also be covered in this course. Lastly, this course will teach you how transmission parameters are used in electrical circuits, and how to analyse the interconnection of networks in circuits.
This course is helpful for learners who want to understand the foundation behind carrying out circuit analysis using the Laplace transform methods. Learners can also gain an understanding of how transfer functions are important in signal processing for circuits. Begin this course now to learn about important parameters in an electrical circuit, as well as how networks are connected in a circuit.Start Course Now
Circuit Analysis Using Laplace Transform
Circuit Analysis Using Laplace Transform - Learning Outcomes
Laplace Transform of Circuit Elements
Graphical Approach of Convolution Integral
Network Stability and Network Synthesis
Circuit Analysis Using Laplace Transform - Lesson Summary
Two Port Network
Two Port Network - Learning Outcomes
Interconnection of Networks
Two Port Network - Lesson Summary
Having completed this course, you should be able to:
- Identify how to perform circuit analysis using Laplace transform.
- Discuss the concept of transfer functions, and how to find transfer functions.
- Explain the importance of the convolution integral and the convolution of two signals.
- Discuss the graphical approach to evaluating the convolution integral.
- Explain the importance of network stability, and how network synthesis is carried out.
- Explain two-port networks in an electrical circuit, and how they are characterized.
- Discuss the importance of admittance parameters in electrical circuits.
- Identify the need for hybrid parameters, and how they are used to describe ideal transformers.
- Discuss the concept of transmission or ABCD parameters.
- Explain the interconnection of network circuits, and how they can be analyzed.
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