* To study standing waves and observe their
maxima & minima on a transmission line using
frequency domain method.
* To measure the characteristic impedance of a
transmission line and study matched line using
frequency domain method.
* To measure the VSWR, reflection coefficient and
return loss in a transmission line.
* To measure the dielectric constant of the insulator
of the transmission line.
* To measure the velocity of propagation and wavelength
of signal in a transmission line.
* To study the attenuator characteristic of signal
along a transmission line and observe its variation
with frequency.
* To study the effect of inductive and capacitive
loads on wave transmission on a line.
* To study the difference between lossy and loss
less line.
* To study the physical dimensions of transmission
line and estimate its characteristic impedance.
* To study behavior of long and short lines.
* To study the operation of a balun transformer and
study a parallel line.
* To study the loading of transmission line and study
the effect of loading on transmission line.
* To study the use of coaxial lines as tuned circuits
and delay lines.
* To study the input and output impedance of an
RF circuit and match it to 50/75ohms.
To study open/short and terminated transmission
lines using TDR technique.
* To measure the characteristic impedance of a
given transmission line using TDR technique.
* To measure the velocity of propagation and dielectric
constant using TDR.
* To measure the attenuation constant using TDR.
* To measure the VSWR, reflection coefficient and
return loss using TDR.
* To study the effect of inductive and capacitive
loads using TDR.
* To study various faulty joints in lines using a TDR.
