‫Now, we know that the area that is being used at the transmitter and the area that is being used at
‫the receiver, they must be synchronized in the figures and the frequency and this procedure of fears
‫and frequency synchronization between the transmitter and the receiver carriers.
‫It is also called as the carrier recovery at the receiver and this carrier recovery at the receiver
‫is achieved using Deek or Schaus loop.
‫There are other loops also that can do that.
‫But call Stoss Loop is the most widely used method to achieve the carrier recovery.
‫And we have our block, of course, costs loop in the Jeonju radio.
‫And this block of the Cape Coast cost loop has two inputs.
‫The first and port is the loop bandwidth.
‫And those of you who have studied the ghost cross loop in the digital communication, they know that
‫this filter is called as the loop filter.
‫And the loop bandwidth is the bandwidth of this filter.
‫And this bandwidth is normally set as to by over a hundred and since by is three point one four.
‫So this bandwidth has a value of zero point zero six to eight.
‫And the second input to this block is the order of this loop, the order of this loop and four.
‫And it depends upon the signal that is being demodulator.
‫If it is DBP eskies signal.
‫Then we will use the loop Hauber of BOOP.
‫If it is the cupie eskies signal, we will use the loop water four and four it BSEE.
‫We would use the loop water off it.