The frequency of the sender is 97% of the frequency of network clock, what will be...

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The frequency of the sender is 97% of the frequency of network clock, what will be frequency of the clock at receiver? You can use the following diagram to understand that the sender and receiver are getting a common network clock and the role of various variables involved. Transmitter fs N=#ticks of the local clock in the time that the net clock does M ticks fr/fs=N/M M M ticks Network ****** Network clock M ticks Receiver M fr Af=fn-fs=fn-(M/N)fn f,=f-4f => fs The frequency of the sender is 97% of the frequency of network clock, what will be frequency of the clock at receiver? You can use the following diagram to understand that the sender and receiver are getting a common network clock and the role of various variables involved. Transmitter fs N=#ticks of the local clock in the time that the net clock does M ticks fr/fs=N/M M M ticks Network ****** Network clock M ticks Receiver M fr Af=fn-fs=fn-(M/N)fn f,=f-4f => fs

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The frequency of the clock at the receiver will be 97 of the frequency of the network clock ... View the full answer