Design an 8-bit multiplier circuit that can multiply an input value W(w7 wo) by 1, 2, 3, or 4 depending on the input signals s1 and s2 as shown below: Truth Table Input Result S1 SoP 0 W x 2 1 1Wx4 You only have the following to make the multiplier work: . Two (2) 4-bit left-right shifters (with left/right input) One (1) 8-bit ripple carry adder One (1) (1-bit) full adder Four (4) 8-bit vectorized 4-to-1 multiplexers Four (4) 4-to-1 multiplexers You do not have to use all of the provided structures SUMMARY OF SIGNALS W w7w6w5w4w3w2w1wo input vector to be multiplied P- pop8p7p6p5p4p3p2p1po output vector result (product) s1, so input bits to control multiplication Provide a schematic for the multiplier design with all input/output signals and a brief descrition of how the circuit works. Design an 8-bit multiplier circuit that can multiply an input value W(w7 wo) by 1, 2, 3, or 4 depending on the input signals s1 and s2 as shown below: Truth Table Input Result S1 SoP 0 W x 2 1 1Wx4 You only have the following to make the multiplier work: . Two (2) 4-bit left-right shifters (with left/right input) One (1) 8-bit ripple carry adder One (1) (1-bit) full adder Four (4) 8-bit vectorized 4-to-1 multiplexers Four (4) 4-to-1 multiplexers You do not have to use all of the provided structures SUMMARY OF SIGNALS W w7w6w5w4w3w2w1wo input vector to be multiplied P- pop8p7p6p5p4p3p2p1po output vector result (product) s1, so input bits to control multiplication Provide a schematic for the multiplier design with all input/output signals and a brief descrition of how the circuit works