**
**** Basic of Propagation Along double Lines**

Modeling of transmission lines by L’ and C’ due to its physical phenomenon. Lossy TL by adding R’ and G’. Applying KVL and KCL to derive wave equations

**
**** Wave equation and characteristic quantities**

Solution of wave equations, wave impedance and propagation constant (attenuation and phase constants)

**
****Wave reflection at load**

Reflexion phenomenon by arbitrary load, reflection factor, VSWR, Slotted line

**
****Impedance transformation**

Transformation of load impedance due to transmission line, input impedance of open and short load.

Calculation of input impedance by Smith chart

**
****Matching Circuits**

Matching using Smith Chart

**
****Transient**

Pulse propagation along transmission lines,

**
****Maxwell’s equations and solution**

**
****Coaxial Cables and Double Lines,**

**
****Waveguides**

Basic of waveguides, modes, cut-off frequency, applications

**
****Fiber Optics**

Basic propagation in fiber optics, critical angle, modes in planar fiber optics

**
****Microstrips**

quasi TEM wave in microstrip, analysis and design of microstrip line, circuit examples
**References**:

Mudrik Alaydrus, Transmission Lines (in indonesian), Graha Ilmu, Jogjakarta, 2009

### Like this:

Like Loading...

*Related*

## Leave a Reply