The probability density function of the amplitude of a stationary random signal X(t) is shown below.The samples of this random signal are applied to an 8-level uniform quantizer. The decision boundaries of the quantizer are set at x=0,±1,±2,±3,±4 and the quantization levels are set at the center of the two adjacent boundaries. The signal power-to-quantization noise power ratio at the output of the quantizer is__________ dB.17.16

The probability density function of the amplitude of a stationary rand

1.	The probability density function of the amplitude of a stationary random signal X(t) is shown below.The samples of this random signal are applied to an 8-level uniform quantizer. The decision boundaries of the quantizer are set at x=0,±1,±2,±3,±4 and the quantization levels are set at the center of the two adjacent boundaries. The signal power-to-quantization noise power ratio at the output of the quantizer is__________ dB.17.16
Answer» The probability density function of the amplitude of a stationary random signal X(t) is shown below. $The samples of this random signal are applied to an 8-level uniform quantizer. The decision boundaries of the quantizer are set at x = 0, \pm 1, \pm 2, \pm 3, \pm 4 and the quantization levels are set at the center of the two adjacent boundaries. The signal power-to-quantization noise power ratio at the output of the quantizer is__________ dB.$ 17.16