delta(k)=x(nTs)<(k+1)delta -> x (nTs)= delta(k) k= -2,-1,0,1
Where x(nTs), found above, is the input and x (nTs) is the output of the quantizer. Let the quantization step be delta= 0.5. Plot the input-output characterization of the quantizer, and find the quantized output for each of the sample values of the sampled signal x(nTs).

To transform the quantized values into unique binary 2 bit values, consider the following code:
x (nTs) = -2(delta) -> 10
x (nTs) = -(delta) -> 11
x (nTs) = 0(delta) -> 00
x (nTs) = delta -> 01
Obtain the digital signal corresponding to x(t).

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