‫Now, here I have added the kosko sloop to my previous floor diagram.
‫And here I can see that the coastal sloop has two inputs.
‫The first input is the bandwidth.
‫And it has a value of zero point zero six squared.
‫And the second input is the order.
‫And since we are using the Kupinski signal, so I have said the order is four.
‫Now, I have also done changes to the channel model log.
‫And in the channel model log, I am inputting the frequency offset here and this frequency offset is
‫being defined as a slider that is being defined here.
‫And here I can see that the default value of this slider is zero.
‫That means that there is no frequency to offset between the transmitter and the receiver.
‫But I can change this frequency offset using the slider that has a start value of minus zero point one.
‫And it has a maximum value of zero point one.
‫So that means that I can change this frequency offset within minus zero point one Hertz School, zero
‫point one Hertz.
‫Now, when I run this floor diagram.
‫So here this is the output of the channel here.
‫This is the Constellation diagram at the output of the channel.
‫And this is the constellation diagram at the output of the coast.
‫Now, if I change the frequency offset.
‫Then I can see that the constellation at the old port of the channel.
‫It has started spinning.
‫But the constellation at the output off the coast of Sloop, it is not changing because the coast cost
‫loop is doing the Gadhia recovery and it is nailing, nullifying the effect of the frequency offset
‫between the transmitter and the receiver.
‫So I keep on increasing the frequency offset and I can see that, of course, Closed Loop is doing a
‫very good job, although the output of the channel I'm seeing that the effect of the frequency offset
‫is increasing.
‫But at the old book of the coast of SLU, there is no significant effect.
‫But if I change the frequency offset above a certain threshold, then I can see that my cancellation
‫has started spinning at the output of the.
‫Cross, cross, loop.
‫So that means that the coast cross loop only works when there is a slight difference between the frequencies
‫of the transmitter, between the carrier frequencies of the transmitter and the receiver.
‫So the call stops.
‫Loop works within the range of frequency offset.
‫And if the frequency offset increases from that range, then in that case because toss loop is not able
‫to recover the carrier.
‫So that means that the core stops loop is juiced for the fine frequency and deep fears.
‫Correction.