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Maximum Power Transfer Theorem for AC Circuits with examples
>> YOUR LINK HERE: ___ http://youtube.com/watch?v=Z1dPepyz7Uk
In this video, the maximum power transfer theorem for AC circuit has been discussed. • So, in the case of AC circuit, the load will have a resistive as well as a reactive part. • And based on this load there are four different cases are possible for this maximum power transfer theorem. • Timestamps: • 0:00 Introduction • 3:18 Case 1: when both resistive and reactive part of the load are variable. • 3:59 Case 2: when resistive part of the load is fixed and reactive part is variable. • 4:26 Case 3: when reactive part of the load is fixed and resistive part is variable. • 4:55 Case 4: when a load is purely resistive. • So, all four cases have been discussed in the video. And what should be the value of load impedance for all four cases have been mentioned in the video. • Apart from that, the mathematical derivation for the load impedance for the first case where both resistive and reactive part is variable have been derived. • For the remaining three cases, the derivation has been provided here. • You can download the pdf file here. • https://drive.google.com/file/d/0B3FO... • And based on this maximum power transfer theorem for AC circuits, few examples have been discussed. • Timestamps for the different topic in the video is given below. • 0:00 Introduction • 0:27 Quick Revision of Maximum Power Transfer Theorem for DC Circuits. • 2:25 Maximum Power Transfer Theorem for AC Circuits. • 5:37 Derivation for the load impedance for maximum power transfer when both resistive and reactive part is variable. • 8:37 Example 1 • 10:42 Example 2 • This video will be helpful to all students of science and engineering in understanding the concept of maximum power transfer theorem for AC circuits. • #MaximumPowerTransferTheorem • #NetworkTheorem • Follow me on YouTube: • / allaboutelectronics • Follow me on Facebook: • / allaboutelecronics • Follow me on Instagram: • / all_about.electronics • Music Credit: • http://www.bensound.com/
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