BEE610 Maximum Power Transfer Theorem using Tinkercad and Circuit Safari
Free
29 minutes
English

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Description

The content explores the principles of maximum power transfer theorem, which is a fundamental concept in electric circuit analysis. It explains how to find the load resistance for maximum power transfer and what happens when it's not equal to the theoretical value. A circuit with RL as a load resistance is used as an example to demonstrate these concepts. The content also covers how to represent this entire circuit by its Thévenin equivalent, which involves identifying the Thévenin voltage (VTH) and Thévenin resistance (RTH). It's explained that when RL equals RTH, maximum power transfer occurs. Additionally, it shows how to calculate VTH using an equivalent circuit, where terminal A and B are removed, leaving a 10V source with connected resistors. This process is essential for determining the maximum power transfer in the given circuit. learn more

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Robotics Engineer Power Systems Engineer Microcontroller Programmer mechatronics engineer Instrumentation Engineer Embedded Systems Engineer Electronic Technologist Electronics Engineer Electrical Engineer Control Systems Engineer Circuit Designer

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