w Help ECCE5143 FL18 C. ECCE5143 FL18 H. x Problem 1: For the -law compression and expanding process with =255, a 3-bit midtread quantizer and an analog signal range from -5 to 5 volts, determine the binary codes, recovered voltages, and quantization errors when each input is -2.6 volts and 0.1 volts. Problem 2: In a digital companding system, decode each of the following 8-bit compressed PCM codes into the 12-bit linear PCM code: 0 0 0 0 0 1 1 1 and 1 1 10 1001. Problem 3: Given the 5-bit input data x(0) 6,(1 8,x(2) 13, use the 3-bit DPCM system and the quantization table shown below a) Find the binary code for each of input data. b) Find the quantization error x(n)d(n) d, (n) Binary stream T (n) (n)(n-D w Help ECCE5143 FL18 C. ECCE5143 FL18 H. x Problem 1: For the -law compression and expanding process with =255, a 3-bit midtread quantizer and an analog signal range from -5 to 5 volts, determine the binary codes, recovered voltages, and quantization errors when each input is -2.6 volts and 0.1 volts. Problem 2: In a digital companding system, decode each of the following 8-bit compressed PCM codes into the 12-bit linear PCM code: 0 0 0 0 0 1 1 1 and 1 1 10 1001. Problem 3: Given the 5-bit input data x(0) 6,(1 8,x(2) 13, use the 3-bit DPCM system and the quantization table shown below a) Find the binary code for each of input data. b) Find the quantization error x(n)d(n) d, (n) Binary stream T (n) (n)(n-D