Lumped matching network
This videos explains how passive elements can be used to transfer maximum power from source to load. This matching uses L-C components respectively for designing using Smith chart.
Course Name: Micro...
Smith chart – Shunt single stub design
This video will give you perfect explanation about how to design shunt single stub matching network using smith chart from basic steps. You don't need to use any different chart, same standard Smith chart...
Smith Chart – Single stub Designing
This video will give you perfect explanation about how to design Single stub matching network using smith chart from basic steps.
Course name: Microwave and Radar Engineering (BE-EXTC)
Teaching C...
Poynting’s Vector and Poynting’s Theorem – Electromagnetism
In this video, I have covered Poynting's Vector and Poynting's theorem. It core derivation comes from Maxwell's equation fundamentals. It is a core part of Wave Theory and Electromagnetism.
...
Wave Equation in FREQUENCY DOMAIN – Electromagnetism
In this video, I have covered Wave Equation in Frequency domain. It core derivation comes from Maxwell's equation fundamentals. It is a core part of Wave Theory and Electromagnetism.
...
Wave Equation Proof for Freespace – Electromagnetism
This video is an extension of Wave Equation in Time domain. In this video, I have covered a proof of speed of wave equation in freespace. It also comes prove velocity of wave equation is equal to speed o...
Wave Equation in TIME DOMAIN – Electromagnetism
In this video, I have covered Wave Equation in Time domain. It core derivation comes from Maxwell's equation fundamentals. It is a core part of Wave Theory and Electromagnetism.
...
Maxwell’s Equation in Frequency Domain
In this video, I have covered Maxwell's Equations in Integral and Differential form when it is in frequency domain. Its importance and the core theorem from which it is derived.
...
Maxwell’s Equations in Integral and Differential form
In this video, I have covered Maxwell's Equations in Integral and Differential form. Its importance and the core theorem from which it is derived.
...
Maxwell’s Fourth equation – Time varying field (Modified Equation)
Modified derivation of Maxwell's fourth equation which is based on Ampere Circuital Law . Semester 4 Electromagnetism subject.Complete understanding and detailed overview of Maxwell's fourth equation for...