A) The analog signal x(t) = 3.8 sin (27 x 10³t) is required to be in digital form using analog-to-digital convertor (ADC) that accepting signals from (-4+4) volt, Determine: 1) The number of bits (m) for this ADC to obtain signal-to-noise ratio SNR= 20 dB. 2) The number of levels (L) and the resolution step size of the quantizer (A). 3) The quantization level (xq), quantization error (eq) and the binary code for x (t) at sec. t= 4000

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A) The analog signal x(t) = 3.8 sin(27 x 10³t) is required to be in digital form using
analog-to-digital convertor (ADC) that accepting signals from (-4+4) volt,
Determine:
1) The number of bits (m) for this ADC to obtain signal-to-noise ratio SNR= 20 dB.
2) The number of levels (L) and the resolution step size of the quantizer (A).
3) The quantization level (xq), quantization error (eq) and the binary code for x (t) at
t=
4000
sec.
Transcribed Image Text:A) The analog signal x(t) = 3.8 sin(27 x 10³t) is required to be in digital form using analog-to-digital convertor (ADC) that accepting signals from (-4+4) volt, Determine: 1) The number of bits (m) for this ADC to obtain signal-to-noise ratio SNR= 20 dB. 2) The number of levels (L) and the resolution step size of the quantizer (A). 3) The quantization level (xq), quantization error (eq) and the binary code for x (t) at t= 4000 sec.
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