The line code shown in the Figure (1) could be expressed as s(t) = PEIB Where...

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The line code shown in the Figure (1) could be expressed as s(t) = PEIB Where an is the logic NOT of an. Determine the following 5) s(t) +A 1) 2) 3) 0 wall Σ(angi(t - nTp) + ang2(t-nT₂)) The set of signals g₁(t) and .g₂(t). The membership set of an 1 The impulse response of the filters matched to the signals in part (i). Draw the block diagram of transmitter. Draw the block diagram of the receive. что O Å что 3Tb O сть t The line code shown in the Figure (1) could be expressed as s(t) = PEIB Where an is the logic NOT of an. Determine the following 5) s(t) +A 1) 2) 3) 0 wall Σ(angi(t - nTp) + ang2(t-nT₂)) The set of signals g₁(t) and .g₂(t). The membership set of an 1 The impulse response of the filters matched to the signals in part (i). Draw the block diagram of transmitter. Draw the block diagram of the receive. что O Å что 3Tb O сть t