In our previous posts series on this section, Distributed Element Model in Transmission Lines, we analyzed the transmission lines as a function of the z coordinate, in the

  This is the last part of the Distributed Element Model in Transmission Lines, where we are analyzing the transmission lines as a function of the z coordinate,

In our previous post in this section, we stated what we will study next to characterize the Distributed Model: The transmission lines equations Solve and exercise applying the

In a previous post, we studied the transmission lines in the steady state. Now, keeping the assumption of no losses, we are going to study the distribution of

1. GET THE MATLAB CODE Following our previous post about the Standing Wave Diagram equations and parameters, we are going to study the 3 essential examples in this tutorial.

In this post we are going to study the transmission lines characteristics that can be measured with the voltage amplitudes (as a function of the position) in the

Equations of transmission lines The partial derivative equations of transmission lines with instantaneous functions of voltage and current, v(z,t) and i(z,t), are the general equations for transmission lines. If

  Phase velocity higher than the speed of the light In special circumstances, the phase velocity of a wave can exceed the speed of the light, c. However,

    A signal that transmits information normally have a small frequency interval (lateral bands) around the high frequency carrier. This  signal is a “frequency” group and forms a

The solutions to the Maxwell’s equations for transmission media such as transmission lines and waveguides, there are two velocities: the phase velocity and the group velocity.  We are going

In this post, we are going to study three important tools for the analysis of electromagnetic fields: the gradient, divergence and curl. We will see a clear definition

The following image shows the different wave components (incidence, reflection and transmission) that we are going to study in this post: Reflection and Transmission Coefficients The reflection coefficient from

Law of Reflection When a wave is propagating through a medium and find a surface that is a boundary to another medium, part of the wave is reflected

The polarization of an uniform and plane wave describes the time changing behaviour of the electric field in a given point of the space. As we saw in

This post is the continuation of our Ultimate Guide to learn the Maxwell’s equations where you learnt these equations in the vacuum. Now we will explain the modifications