Q 2: A sinusoidal signal v (t) =5 Cos (2 nt) is transmitted using a 5-bit binary PCM system. The equalizer is of a midrise type, with a step size of 2 volt. 1. Sketch the quantizer curve ( input –output ) 2. Sketch the PCM wave for one complete cycle of the input; assume a sampling rate of four samples per second, with samples taken at t=+1/8, +2/8, ±3/8, +4/8 3. Determine code words at the time instants t=t1/8, +2/8, +3/8, +4/8

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Q 2:
A sinusoidal signal v (t) =5 Cos (2 nt) is transmitted using a 5-bit binary
PCM system. The equalizer is of a midrise type, with a step size of 2 volt.
1. Sketch the quantizer curve ( input –output )
2. Sketch the PCM wave for one complete cycle of the input;
assume a sampling rate of four samples per second, with
samples taken at t=±1/8, ±2/8, +3/8, +4/8
3. Determine code words at the time instants t=+1/8, ±2/8, +3/8,
+4/8
4. Determine the minimum step size for delta modulation of the
sinusoidal signal v (t) = 5 Cos (2 nt) which is required to avoid
slope overload (assume sampling = nyquist rate).
5. Compare between PCM and delta modulation.
Transcribed Image Text:Q 2: A sinusoidal signal v (t) =5 Cos (2 nt) is transmitted using a 5-bit binary PCM system. The equalizer is of a midrise type, with a step size of 2 volt. 1. Sketch the quantizer curve ( input –output ) 2. Sketch the PCM wave for one complete cycle of the input; assume a sampling rate of four samples per second, with samples taken at t=±1/8, ±2/8, +3/8, +4/8 3. Determine code words at the time instants t=+1/8, ±2/8, +3/8, +4/8 4. Determine the minimum step size for delta modulation of the sinusoidal signal v (t) = 5 Cos (2 nt) which is required to avoid slope overload (assume sampling = nyquist rate). 5. Compare between PCM and delta modulation.
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