Medium Transmission Line | End Condenser Method Explained

Описание: Why can we ignore capacitance in short transmission lines but not in medium transmission lines? In this detailed Electrology lecture, we move step-by-step from the short line assumption to the complete analysis of a medium transmission line using the End Condenser Method.

You will clearly understand how capacitance becomes significant beyond 50 km, why it is localized at the receiving end, how to construct the phasor relationships, and how to derive sending end voltage, sending end current, voltage regulation, and transmission efficiency — all explained verbally for deep conceptual clarity.

A full numerical challenge is included at the end of the video — solve it and post your answers in the comments!

⏱️ Video Outline:
00:00:00 – The Short Line Assumption
00:02:37 – The Philosophy of the End Condenser Method
00:04:02 – Building the Phasor Relationships Step by Step
00:06:15 – Voltage Regulation and Efficiency
00:07:26 – Limitations You Must Never Ignore
00:08:02 – Numerical Challenge for You
00:08:53 – Final Thoughts and Your Support

This video is extremely useful for B.Tech Electrical Engineering students, diploma students, GATE aspirants, PSU exams, SSC JE, and university semester exams.

If you find value in this content, support Electrology by liking, sharing, subscribing, and using the Thanks and Join buttons to help us continue creating high-quality power system lectures.

#MediumTransmissionLine #EndCondenserMethod #PowerSystem #ElectricalEngineering #VoltageRegulation #TransmissionLine #PhasorDiagram #GATEEE #PSUExams #Electrology